Here’s what we’ll learn in this article:

1. Why is anxiety nervosa a myth?

2. How are women often mislabeled as hysterical?

3. How is the rollout of the telegraph correlated with hysteria?

4. What is anxiety costing US adults and teens financially?

5. Five free ways we can lower anxiety

A myth isn’t a lie - but a story that tells itself.

The history of anxiety was first told by its victors - psychiatrists who conjured a human history of suffering on notepads that have now become the Western medical model. This is how our collective story of anxiety now tells itself:

Anxiety is all in your head.

Women are hysterical.

Women have weak nerves.

At least that’s what the Titans of the Electrical Age, including Sigmund Freud made many believe.

People actually had and still have neurasthenia, meaning “weak nerves.” You’ve probably never heard of this mystery illness. Before you chalk it up to the land of make-believe, we’d like to take you down a dark alley that’s sure to sparkle your curiosity. Let’s take a stroll down Electric Memory Lane, where serene streets are less sacred, and tranquil nights profane.

How women become hysterical

In the early 1800s, hysteria described a neurological condition of the body, not the mind.  The “hystera” is Greek for uterus, and hysteria was a neurological disease that was believed to originate in the internal organs. For centuries the term nervous meant “neurological”, pertaining more to the body than mind. Nervous disorders included epilepsy, contractions, paralysis, tremors, cramps, alcoholism, loss of sensations, tetanus, and gout.

In the early 1800s, many illnesses were still being called hysterical, even when there was nothing wrong with the uterus. When women had tremors, palpitations, or seizures, but the internal organs were not affected, they were called “nervous.”

A colleague of Thomas Edison, and budding New York City neurologist George Miller Beard, noticed this trend of increasing nervous disorders. In 1869, Beard published a paper in the New England Journal of Medicine, where he came up with the term neurasthenia, which means “weak nerves.” If there was nothing wrong with the organs, what was precipitating this “nervousness”?

The hormonal rollercoaster of light

Women are more sensitive to hormonal changes, which are directly influenced by fluctuations in the electromagnetic environment. For instance, more women tend to be afflicted with Lyme disease due to higher levels of the leptin hormone.1 When leptin increases as the result of a biotoxin exposure such as Lyme, there is a simultaneous decrease in melanocyte-stimulating hormone (MSH). Our bodies produce MSH in response to the electromagnetic stimulus of ultraviolet light we get from the Sun. MSH then produces melanin, an anti-inflammatory, anti-carcinogenic hormone. As the entire planet embraced electric lighting, more people began to work indoors.

In 1885, German physician Rudolf Arndt made a connection between neurasthenia and electricity.  He did this at the height of industrialization, for which he was vehemently admonished by his fellows. Arndt proposed that “electro-sensitivity is characteristic of high-grade neurasthenia.”

Arndt believed that a large obstacle to acknowledging electromagnetic poisoning was that the people who were less sensitive to electricity chalked up this study to the likes of superstition. Let us paint a picture of what was happening at that time, which was a systematic electrification of Earth, polluting the air with artificial frequencies never seen before:

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The timeline leading up to the Dawn of Electricity:

1839 - Europe installs telegraph

1844 - US installs first telegraph

1850 - telegraph lines are under construction on every continent. Twenty-two thousand miles of wire are energized in the US, four thousand through India, where “monkeys and swarms of large birds” are alighting on them.2

1875 - thirty thousand miles of submarine cable descends the depths of the ocean, and seven hundred thousand miles of copper web sprawls over the surface of the earth, enough to encircle the globe thirty times.

1885 - telegraph wires link almost thirty thousand homes and businesses over New York

1889 - Edison General Electric Co. is incorporated: every US city gets electric lighting, powered by AC (alternating current) motors. The Age of Electricity begins.

1897 - Marconi begins sending radio (wireless telegraphy) transmissions at one million cycles per second (our home wiring runs on 60 cycles per second)

All of the great physicians of that time, and centuries before, ascribed to the fact that our bodies had their own DC (direct) electric current.  Once disturbed, all our other biological functions would go astray. Industry had their way however, and did a better job of marketing their solutions that were seen as progress, over the seemingly backward philosophies of vitalists such as Newton and Galvani, who maintained there was an etheric vital force in each organism. In 1985, Robert Becker would go on to prove that this vital “life force” does in fact exist, in his book The Body Electric.

The most important observations made by the 19th century medical community regarding neurasthenia were that it:

1. Spread along routes of the railroads and telegraph lines

2. Affected both men and women, rich and poor

3. Also affected those who suffered from weather sensitivity

4. Sometimes resembled the common cold or flu

5. Ran in families

6. Increased likeliness of allergies and diabetes

7. Lowered tolerance for alcohol and drugs

8. Seized, most commonly, people in the prime of their life- 15 to 50yrs.

☂️ Then came the tragic,magic umbrella word to cover up industry’s pollution.

Over a century ago, at the dawn of an era that gave electricity its blessing to go full throttle not just for communication, but for light and power, Freud invented the term anxiety nervosa for these symptoms:

• Irritability

• Heart Palpitations, chest pain

• Perspiration

• Shortness of breath, asthma

• Diarrhea

• Vertigo

• Nausea and vomiting

• Arthritis

• Numbness and tingling

• Tremor

• Frequent urination

• Insomnia

• Ravenous hunger

• Weakness

• Exhaustion

All of the cases of neurasthenia, which were concerned with the nerves of the body, were now classified as a mental disease.  Environmental illness caused by a toxic environment isn’t given as much credence to this day due to Freud, who blamed its symptoms on out-of-control emotions and disordered thoughts.

It is indeed “all in our head” when we allow the thought that “we’re bad” to be planted in our psyche.

Food for thought: some modern interpretations of Christianity tell us we’re all originally sinners. Are we? Or are we only souls seeking perfection? A sinner is a fixed label, whereas one who accepts their divine essence has room to grow.

How do you think the concept of a sinner may have an impact on our relationship with health and technology?

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Because of Freud, environmental illness (illness caused by a toxic environment), is widely thought not to exist, its symptoms automatically blamed on disordered thoughts and out-of-control emotions.

If all of this history seems out of the blue, I don’t blame you. It was the same for me, until I found I had been living under a rock called the U.S.  In the International Classification of Diseases, code F 48.0 is for neurasthenia.  This code was removed in the US version. Even in the Diagnostic and Statistical Manual (DSM-IV), the official system for assigning codes to mental diseases in American hospitals, there is no code for neurasthenia.

Most of the world still recognizes neurasthenia as one of the most frequently diagnosed diseases, usually indicating chronic toxicity.  Physicians in these other countries take into consideration the effects of our environment and external stimuli, and have a holistic approach, vs our magic pills.

We hear it all the time: “mind is body.” What physically bridges the mind and body?

Our nerves.

If the bridge is out, how can we find a foothold in the stressed and tattered planks of our daily lives?

We can meditate, exercise, and eat well, however isn’t it easier to remove toxins at their core, rather than adding more to the equation?

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What is anxiety costing us today?

In 2019, almost half of all US adults experienced some form of anxiety.3 In 2022, those suffering from anxiety incurred average annual medical costs of $11,711 to $18,045.4 Their total healthcare costs tended to be almost twice as high as those suffering without anxiety. The health and economic burden, including interference with performing daily activities, and an inability to function in society also contributed an average annual indirect cost of $7,500.

A 2025 study published in the journal PLOS Medicine found that young adults who experienced psychological stress as teens earned over $5,600 less in wages than those who didn’t.5 Finally, the researchers estimated that if a nationwide mental health expansion policy could reach just 10 percent of those stressed teens, the “labor supply impacts alone” would lead to an additional $52 billion in federal revenue over 10 years.

A 2024 analysis6 of commercial healthcare spending from Cedar Gate Technologies revealed the highest costs for behavioral and mental health are incurred by teens aged 15 to 19 years old with anxiety. This age group accounts for at least 31% more per-member per-month spending than any other. The study estimates that early intervention and effective treatment could save $3,321 per person in healthcare costs within two years.

Why don’t we remove the root of the anxiety, which is the nerve-wracking, neurologically-toxic wireless device that emits artificial light, instead of expanding more government programs? This would be a win-win for states who want to save money, and teens and adults who want to make more. The loser: Silicon Valley.

5 free ways we can lower anxiety*

Indoor culture has accelerated and welcomed, with open arms and closed front doors, since the lockdowns of 2020. The lines between work, play, and family have been blurred. Many of us are at a loss, and accepted the cost, of being stranded on an island where screens seem to be the wave of a tireless future.

However, a bridge between that old way, and the new mind and body of today is being built, one nail at a time. Entrepreneurs are springing forth with new solutions to the anti-human technology of our past. We can create a new timeline for us all, as long as we have the vision, trust, and will to do it together. Many of our readers and colleagues are already forging the bricks of a more robust hereafter, providing solutions in their own lives like circadian armor, EMF shielding, blue light and dirty electrical filtration7, and daylight computers.

If you’re new here - welcome. We understand how overwhelming this can all be.

We used to feel the same way, until we found that taking one small step each day had a tremendous, positively palpable impact on our health.

Here are a few tactics you can try to reduce anxiety, which don’t cost us a thing, and that Bohdanna and I do daily in our lives:

*this is not licensed medical advice, and we are not licensed medical professionals.

The first two require almost zero effort (less-is-more):

1. Eliminate blue light at night - decreases levels of cortisol stress hormone, protects against low levels of melatonin.

2. Shut off Wi-Fi at night: wireless is invisible light, which keeps your brain alert and lowers melatonin - our growth hormone. A solid night’s rest is the best way to bring more calm into our lives.

The next three also cost nothing, just require a little effort that goes a long way:

3. Wim Hof breathing to regulate our nervous system - consistent practice leads to a stronger immune system, lower blood pressure, reduced levels of stress, and overall improved well-being.8

4. Cold showers/plunges - reduces cortisol, while cold water immersion at 14°C / 57° F has been shown to increase dopamine naturally by 250%.9

5. Sun exposure - increases MSH, which decreases stress response.

Which ones can you commit to right now?

Any tactics that have helped you reduce anxiety? We’d love to hear your feedback!

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In a world gone mad, it’s okay to be a little crazy.

Just don’t go insane doing the same things, and repeating the same patterns day in and day out. New rhythms may be simple, but not always easy to introduce into our harried lives. That’s why we love getting out to see that Sunrise, rain, snow, or shine.

Instead of our hectic electric days going off with the blast of the starting gun, why not let them quietly unravel with the muffled silencer of nature instead?

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Here’s what we’ll learn in this article:

1. How did we all get so chronically ill?

2. How EMFs create Lyme, mold, and antibiotic resistance

3. The link between cell phone radiation, Lyme, and mold

4. What most don’t know about Lyme disease

5. SUN as our savior: the role of leptin hormone in our immune response

6. Why circadian rhythms are our most important health strategy

7. EMF Health Support: Introductory Offer

For centuries, humanity existed with bacteria everywhere.

We were farmers, warriors, hunters, foragers, and pioneers of vast territories unknown. Our bacterial terroir was loaded in both friend and foe, and our guts knew how to eliminate those germs seeking to colonize our free land where only the brave roam - our microbiome.

How did the spores of our modern chronically-diseased state germinate?

From pond scum to electro-sLyme

We like to believe that we’ve progressed from our cave-dwelling ancestors and leech blood letting medicine men of the past. Some of the technology we use may have advanced, but is it advancing our health?

Our world has gone from using insects to manage weeds, to using chemicals to kill both. Societies used to consume mushrooms to commune with the Divine, and now create mushroom clouds to prove that their God is greater.

One of the most profound questions we can ask is:

“What Gods do you pray to?”

The God of Love, Mercy, Revenge?

The reason this question is profound: we’re taking the time to actually ask someone, possibly a stranger, what they believe, rather than judging or forcing our belief upon them.

What does this have to do with EMFs, or Lyme disease?

When we say we’re “advanced”, what I think we’re really saying is we’re better than others, and not as barbaric as those wise women or heathens of the past.

When we say “trust the science” or “trust AI” what I believe we mean is “trust the control” and submit not to the ALL-ONE GOD, but to our “God who is greater than yours.”

Consumerism, greed, and lust for power often manifest as just that: too much power, which is what we have today in our electrical environment.

We can use technology for ill, or for our collective benefit as a planet.

Our choice depends on how we want to live - as dependent automatons of the State who tells us to worship The Science and its high priests, or as independent rebels with High Peace.

How did we get to this point in history, where we are all sick under such enormous “progress?”

Our Advanced Diseases

As I detailed in the article Why Heart Disease is an Electrical Illness, World War II was a revolution in the way we bathed the Earth with wireless technologies such as radar. Should we be surprised then at the onslaught of “new” ailments that started around 1950 and rapidly accelerated from there? Even new maladies have recently been described “as coming from pathogens that previously weren’t capable of inducing disease.”1

Among some of these modern diseases are:

• Lyme disease. A virus disease carried by certain insects, it produces severe arthritis in humans. It’s one of several similar illnesses that have appeared only recently.

• Legionnaire’s disease. This is a pneumonia caused by a common soil bacterium that has found a second home in air-conditioning systems, an organism that caused no recognized problems before the initial outbreak in Philadelphia in 1976.

• AIDS. Autoimmune deficiency syndrome is a condition in which the body’s immune system fails completely. The patient is unable to resist common, otherwise harmless bacteria and viruses, and can no longer suppress the seeds of cancer that reside in all of us.

Why do women typically have higher rates of Lyme and chronic fatigue than men?

Women have higher leptin levels and are far more sensitive to its hormonal changes by lowered MSH (melanocyte-stimulating hormone) levels.

I will unravel the role of leptin and MSH below.

What about the impact from pollution and our food?

There are certainly other factors like chemical pollution and the proliferation of junk food that weaken our immune system, however the diseases mentioned above, along with others like diabetes and cancer exist at more or less the same rates in countries whose diets, chemical toxicity, and lifestyles are widely divergent.

What then, is the common denominator uniting all developed nations?

The massive use of electromagnetic energy of wireless communications, and our wired electrical grid.

Studies as far back as 19782 3 have indicated that extremely low frequencies (ELF) used to power our homes and businesses at 50-60 Hz (cycles per second) could increase antibiotic resistance.4

Video exposing the link between cell phone radiation and biotoxins:

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One study found that the concentration of bacteria needed to kill mice was only one-fifth of the normal amount present in an environment without the ELF.

What causes Lyme Disease?

Our bodies are brilliant at healing, and used to be able to mount an effective immune response. We’ve lived with ticks for generations, however EMFs are making it more difficult for us to sustain a healthy state.

Much of the information I’ve gathered below is thanks to , a neurosurgeon who has helped legions of the sick turn into battalions of self-sustaining health warriors by applying light as medicine:

Most of us know that Lyme is commonly associated with a tick bite, and the host gets infected with spirochete bacteria. What most do not know, is that this tick liberates a neurotoxin that causes most of the disease’s symptoms. This biotoxin activation in Lyme disease is also common to many other diseases such as Fibromyalgia, Chronic Fatigue Syndrome, and mold exposure to name a few.

Cytokines: First responders to the rescue

All these diseases activate the same pathway, which causes an amplification of cytokines. Cytokines are proteins that fight pathogens by facilitating communication among the various types of cells in our immune system.

Leptin: Our second domino falls

When biotoxins from any source cause amplification of cytokines, they chronically elevate serum leptin levels.5

Leptin is chemically similar to a cytokine known as interleukin 6 (IL-6). Leptin regulates our bodies’ energy and metabolism. High levels of leptin, along with IL-6, are strong predictors of obesity, lethargy, and weight gain.6

When leptin increases as the result of a biotoxin exposure, there is a simultaneous decrease in melanocyte-stimulating hormone (MSH) secretion.

Lowered MSH is the key common finding in all these biotoxin diseases.

Why is this important?

MSH is what our bodies secrete when we absorb UV Sunlight, and helps us build melanin.

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MSH is intricately involved in the production of melatonin and endorphins in the brain, which increases our perception of pain in all parts of our body. This is why if you have Lyme disease you probably have a lot of muscle and joint pain.

Lowered MSH levels also result in abnormalities in cortisol production and fluctuations in ACTH (adrenocorticotropic hormone) which regulates adrenal function.

If you have chronic adrenal fatigue, there’s a good chance you could have biotoxin disease. One way to assess this is to get your alpha MSH levels tested at the same time as C4A. *

When MSH levels are low, you may also become sleep disturbed because of damage to the parts of the brain that regulate sleep. We can test for this by seeing lowered DHEA levels and elevated IL-6 levels.

What does this mean?

I believe it’s an indication that we need to get into the Sun, and follow the formula to build back our skin, so that we can reduce inflammation.

Can EMF shielding help?

Practitioners like Dietrich Klinghardt and others have noted that patients experience relief, and symptoms improve with EMF shielding canopies such as this one by Safe Living Technologies:

Swiss Shield Canopy

However shielding should be used as a last resort, as a survey of other EMFs that can be eliminated in the living space needs to be done first. If you do choose to go down the shielding route, I would highly recommend having a professional like us or someone in your area guide you.

The team at Safe Living Technologies can also help you. You can contact them here.

Time to heal

Did you know that a 1974 study found that a mouse administered E. coli lives or dies depending on the time of day of the injection? 7

As I’ve written in previous articles, our eyes aren’t a camera, but a clock, just like the rest of our organs. This is why seeing the Sunrise is crucial to optimize health, as the Sun doesn't obey Daylight Savings or the clocks built by man.

As the saying goes, “the rich man follows the Sun.”

Does this mean going to a tropical island?

Maybe.

However, what’s more important is knowing when to bask in the electromagnetic force of light, which ultimately will give us, and our bacteria, a war they can win.

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Check out EMF ⚡ Health Support - a remediation program:

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Additional Resources:

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*Were not licensed medical professionals, and make no medical claims.

1. How does light control our ability to hear?

2. What does the Sun sound like?

3. How do we use crystals in our ear to hear?

4. How scientists in 1933 knew we could hear light via crystal

5. Why is melanin our ear’s computer chip?

6. What does the tin foil hat have to do with sound?

7. How can the deaf be made to hear?

8. How airpods can lead to tinnitus

9. Current trends in tinnitus: two studies

10. Two ways we can reduce tinnitus

11. EMF Webinar this Thursday

All articles are free. However, your support as a paid subscriber enables us to continue producing high-quality, independent research on important health topics like EMF.

As an ad-free platform, we rely on the support of our readers to keep this content accessible and free from external influence.

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Have you ever lost your way in the dark without a flashlight?

I woke up the other morning in my pitch-black bedroom.

In typical fashion, I reached for my red-lit headlamp, only to find it was out of battery.  To make sure I didn’t clunk my head into the nearest post, I treaded slowly, and quietly, also trying to listen to my footsteps as I meandered out of my sleep sanctuary and into the wilderness of the bathroom.

Have you ever wondered why our hearing becomes more acute in the dark?

Our ears can’t see, but in low-light environments they become more sensitive.

Our ears are meant to absorb the full spectrum of sunlight.  When there is no light present, our ears attempt to gather light like a sailboat does wind on a calm day.

We can’t see UV (ultraviolet) light with our eyes, but our ears receive the signal like a satellite dish receives electromagnetic fields.  Our ears contain a substance called melanin that absorbs UV, which is then converted into sound.1

If we stay out of the Sun too long, and in artificially-lit indoor environments, our melanin satellite dish becomes inactive, and the melody of life gets downgraded from the rich, dense sound of a vinyl Elvis record to that of an mp3 file of a high-pitched teen Beatles tribute band. 

If we keep bathing ourselves in blue light and wireless radiation, the tribute band eventually becomes a phantom Paul McCartney, that whistles in our ear in the cold grey night of blue light.

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Why is this so?

As newborn babies, we first hear our parents’ voice before seeing them. Our sensitivity to hearing determines our survival, as our auditory sense allows us to pick up emotional cues from our environment. When sound is driven through Broca’s area of the brain, the signal crosses into the dorsolateral prefrontal cortex, where imagination and emotions are processed. This is why I like to mute YouTube commercials - as marketers know how to induce suggestive buying states with emotions evoked by sound.

Hearing is primal. What waves have pulsed the sound of music for aeons?

The Song Remains the Same… as the Sun

The vinyl record we used to hear for hundreds of thousands of years was from sunlight, whose incoming signal would beam into our ears after some of the slower wavelengths of red and infrared light would spin around our external ear cartilage.  The ridging in our ear design then focuses higher energy beams down into our land-based melanin space station (Houston, do we have a hearing problem?).

Instead of stressed NASA ground control operators, we have the engines of our cells, the mitochondria, that work tirelessly trying to finally relay these frequencies to an of our area brain called Ammon’s Horn, also known as the hippocampus:

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“We don’t have straightforward ways to look inside the sun. We don’t have a microscope to zoom inside the sun. Using a star or the sun’s vibrations allows us to see inside of it.”

- Alex Young, associate director, NASA Heliophysics Science Division

In 2012, composer Robert Alexander made an audio file from measurements of the sun's magnetic particle stream gathered by the Advanced Composition Explorer, a NASA satellite.2  While listening to the file, Alexander discerned a hum at a frequency of 137.5 Hz (cycles per second)—a sound close to a C-sharp below middle C.3

What does the Sun sound like?

Insane in the tectorial membrane

Aside from melanin, we have a crystal structure in our ear’s cochlea called the tectorial membrane that processes electrical signals and converts the charged particles of photons (light) into what are known as phonons (sound waves).

Crystal radios were popular in the early days of radio, using only the frequency of the received radio signal to produce sound, needing no external power.4

Kingdom of the Crystal Drum

Our cochlea instantly converts so many varying frequencies, that a quantum process of transmitting light into sound via crystal is more efficient than a simply mechanical one of an ear drum emitting vibrations.

English physician and biochemist Lionel Naftalin studied the inner workings of the ear for fifty years, up until his death at age 96 in 2011. Naftalin believed that electrical forces were central. He focused attention on the tectorial membrane, a jelly-like substance that is both a semiconductor and piezoelectric liquid crystal.

Piezoelectric substances are able to convert electrical voltage into mechanical pressure, and vice versa. Quartz crystals are such an example, and are used in radio receivers to convert electrical vibrations into sound.

Semiconductors are used in electronics and computers, because they are able to relay a tremendous amount of data using electrical transmission. It turns out we operate the same way.

How is sound generated in our ears?

The standard theory of hearing used to be that our ear drums vibrate, and this causes the hair cells of our ears to bend, triggering nerve impulses. However this theory was always mechanical in nature, and disregarded the role of electricity.

As far back as 1933, scientists of the day were challenging this mechanical version of hearing. Augustus Pohlman, an anatomy professor and dean of the school of medicine at the University of South Dakota, was such a man. He believed that the hair cells of the ear were pressure sensors, which would explain how the ear could be so extremely sensitive. This also explained why the cochlea is embedded in the densest bone in the human body: the cochlea is a soundproof chamber.

What powers our melanin computer chip?

What is a skin pigment doing in our ear?

It turns out melanin is way more than just a pigment. Remember those mitochondrial NASA ground operators working tirelessly at Ammon’s Horn? They need sunlight to work smarter, not harder.

Sunlight powers our battery of mitochondria, causing a spark of electricity that the potassium (K) in the fluid of our inner ear uses to create UV light.5 Melanin then uses this light for crucial metabolic reactions such as fighting cancer and inflammation.

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The more UV we are able to absorb, the more melanin we build on our cochlear sound-proofing surface, which houses our sound-processing system.

You can think of potassium (K) as our diode in this formula for life. A diode is a two-terminal electronic component that conducts current primarily in one direction.

Melanin is crucial in not only helping us absorb more UV (ultraviolet) light that our bodies can use, but also helps us regulate excess calcium (Ca). This is important because EMFs from wireless devices can drive excess calcium into our organs, leading to a myriad of health issues such as arthritis and blood clots.6

An imbalance of calcium in our inner ear may lead to a literal imbalance by causing symptoms similar to that of Meniere's disease, along with ringing in the ears (tinnitus).

Potassium helps regulate calcium in our body. If we have too little potassium, we put ourselves at an increased risk of calcifying our arteries, and compromise melanin function.7

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Do you know why the melanin of our cochlea is dark brown, and our neuromelanin (substantia nigra) located deep in our brain is black?

The darker the pigment, the more light it absorbs.

We are light beings meant to see the song, and hear the shadow of God.

What does the tinfoil hat have to do with sound?

This phrase is often ridiculed because we don’t understand the concept of sound.

Again - many of us misunderstand how we hear.

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Microwave hearing

In 1960, the sounds of silence struck a chord.

Biologist Allan H. Frey, who was employed at General Electric’s (GE) Advanced Electronics Center at Cornell University, bumped into a fellow technician at GE who told Frey that he could hear radar. Frey remembers walking to the man’s work site near Syracuse: “When I walked around there and climbed up to stand at the edge of the pulsating beam, I could hear it, too…going zip-zip-zip.” The auditory phenomenon of microwave sound was also described as a “buzz, click, hiss or bump.”8

Even before 1960, Frey, being a curious man, was fascinated with how electricity in the air affects our nervous system. This chance encounter in Syracuse led Frey to quit his job at GE and pursue full-time research into the effects of microwave radiation. In 1961, he published his first paper on “microwave hearing.”1 The microwave auditory effect (MAE) is commonly known as the Frey effect. Frey would spend the next twenty years researching the effects of microwaves on the auditory and nervous system, the eyes, brain, and the heart.

The tinfoil hat

In his studies, which were funded by the Office of Naval Research and the US Army, Frey discovered that when a metal shield in the form of an aluminum mesh/ screen was placed between the subject and the radar, no microwave sounds were heard.9 The aluminum was placed on our temporal region, where we are most sensitive to EMFs.

Many people who complain of “microwave hearing” (including myself) can sense that these sounds emanate not from our ear, but right in front, by the location of our brain's temporal lobe (where our temples are). This is due to the piezoelectric nature of our cochlea, as it converts electric currents into sound.10

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How can the deaf be made to hear?

Many mainstream science websites state that human hearing is in the audible frequency range, between 20-20,000Hz (Hz = cycles per second). This is incorrect.

Since the 1940s, there has been much scientific literature proving that humans, even the deaf, can hear in the ultrasonic frequency range of 20,000-225,000 Hz, a range previously relegated to the likes of bats and dolphins.5

The ability to hear these tones depends on the health of the acoustic nerve. The deaf have what is called conduction deafness, and not nerve deafness. Even since 1925, amateur radio enthusiasts found that deaf people, whose eardrums could no longer function properly, but whose (acoustic) nerve centers are intact, can hear radio.6 The deaf were able to hear when an electrode was applied to the surface of the skin, which vibrated and created sound by reaching the inner ear through bone conduction.7

In 1936, this phenomenon was named “electrophonic hearing” by Harvard psychologist Stanley Stevens. In 1958, a young inventor by the name of Patrick Flanagan would apply the work of Stevens by inventing the Neurophone, which is still used today. This device works by skin vibration as well, but uses a carrier frequency in the ultrasonic range.

These findings are in tune with the principle of piezoelectric transmission of light into a mechanical force of sound, as our nerves pick up on electrical wave impulses in our environment.

Airpods are for airheads

Devices such as airpods and Fitbits use radiofrequency (RF, a type of EMF), which ultimately vibrates and steals electrons from your tissues.

A hallmark of sound health is having a net negative charge, and being able to donate electrons (negative charge) to many cellular processes that need them. This is why food high in NAD+ is crucial, along with practices like grounding.*

*Note: In North America the utility companies use the Earth as the return / ground path, and ground current EMF may be present in your area. If so, grounding is not advisable.

When we lose electrons, we also become dehydrated more easily as our bodies require charged (structured) water to work. This structured water barrier is what ultimately buffers the violent vibrations our bodies experience as a result of EMFs from wireless devices such as airpods.

The light that we “hear” from airpods have short wavelengths with high intensity. These wavelengths cause us to lose nitric oxide (NO), which when balanced helps us maintain healthy circulation (think beets) and maintain energy levels.

This is how our brains and nervous system perceives and receives Bluetooth radiation at 2.45 GHz, or 2.5 billion times per second:

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Remember - melanin absorbs UV light. This happens when we’re in sunlight. The sun charges the water in our cells, and allows amino acids like tyrosine, the building blocks of life, to be activated. This then leads to the creation of melanin along with important neurotransmitters like dopamine:

Studies showing an increase in tinnitus

Rates of tinnitus have been rising for at least the last thirty years, and have climbed by one-third from 1982-1996 alone.11 By 2004, over 50 million adults were found to suffer from tinnitus. The surprising fact, found by a US nationwide survey conducted in 2010 by the Better Hearing Institute, was that 44 percent of Americans who complained of ringing in their ears said they had normal hearing. Researchers falsely assumed that the subjects of the study had hearing loss but did not know it.

Similar hearing studies had already been conducted at the University of Madison Wisconsin in 1995 with a follow-up in 2008. These researchers had expected to see a decline in tinnitus, as hearing disorders among older adults declined. However they found just the opposite: a steady increase in tinnitus in all age groups occurred during the 1990s and 2000s, increasing at a rate of about 50 percent.10

Studies on seven-year-old children by professor of audiology Kajsa-Mia Holgers at the University of Jonkoping in Sweden, conducted in 1997 and 2005, revealed a staggering 42 percent of children reporting ringing in their ears. Holgers also found that more than half of high school students aged 13 to 16 reported tinnitus in some form during the 2003-2004 school year. In 2004, school children aged 9 to 16 reported tinnitus, and 14 percent heard it everyday.

Why would children, who normally have very healthy hearing, be experiencing tinnitus?

If a child or adult has otherwise healthy hearing, then we must look at what may be causing this disturbance in our environment.

We know that we can hear electromagnetic energy in the ultrasonic range from 20 kHz to about 225 kHz.

What transmits at 20 kHz- 225 kHz?

The same radiowaves and radar that Allan Frey could hear, and proved to be audible in his studies, which have been increasingly surrounding us since the 1940s.

Two tactics we employ to reduce tinnitus

1. Sound ground

Did you know that our mitochondria are magnetic?12

Researchers at Ohio University discovered that both heat and sound are controlled by magnetic fields.13  Both heat and sound are created when atoms vibrate. The researchers found that magnetic fields caused some of the phonons (sound particles) passing through the material to vibrate out of sync so that they bumped into one another.  Our cells communicate via vibration and frequencies of 0-75 Hz.14

Our mitochondria, which process the auditory signal at Ammon’s Horn, are inherently magnetic.  When we ground, we can regulate magnetic fields for our mitochondria, giving them more processing power for light and sound.

Grounding in an area away from electrical infrastructure is best, however if you’re unsure about ground current, you can even stand on a sheet of aluminum foil as this will discharge excess electrons from your body. However your feet will not necessarily pick up the inherent magnetic field of the Earth. I’ll typically test for artificial magnetic fields with my TF2 Trifield meter first.

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I have also read personal accounts of some fellow “mitochondriacs” (those who support their mitochondria at all costs!) who have had acute tinnitus after shutting off their circuit breaker (emanates a large magnetic field). 

They report immediate relief after grounding:

“At night when I shutdown the power to the home, I go to the circuit breaker, which outputs around 100+ milliGauss when in close proximity to it. Doing this at 10pm before going to sleep I’m thinking can be disrupting, even a 10 second exposure. In the first month of moving into my new home, I noticed that after getting into bed and shutting down the power, I get a few minutes of tinnitus afterwards.

To compensate, I think I’ve successfully hacked it in a way you may not expect. After flipping the switches, I perform ‘Immediate Grounding’ immediately thereafter (within about 10 seconds). I can do this because in my home, I have an internal stone-wall that’s connected to the earth (image below). So I experimented this past week.

After shutting down the power, I go over to the wall and touch it for about 2 minutes. Voila… it appears I have little to no tinnitus when I crawl into bed. Last night I only touched the wall for a few seconds and then got into bed, and I noticed the tinnitus, but wasn’t as intense and went away after just a minute. So I’m thinking there’s an actual perceptive difference when I ground after touching the circuit breaker, and when I don’t ground after touching the circuit breaker.”

~ “Scotty”

Case in point: I like standing barefoot on my basement floor while I type Substack articles. I’ve tested the magnetic field and electric field and both are near zero.

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2. Live in the near-infrared light district

Not to sound like a broken record, but light is the key to sound.  Melanin is the pigment located in our ear that is built up through exposure to infrared and UV light.  Before we can absorb UV to optimize the effects of melanin, we need to first load up on infrared light during the AM and throughout the year.   

Sunlight is still essential as the sun carries an infinite amount of wavelengths, however infrared light therapy can also help us build melanin and  optimize mitochondrial function.  However when choosing a light therapy source, near infrared (NIR) proves to be the best.  NIR also helps us increase subcellular melatonin, which we use during the day and night to fight cellular damage.

Far infrared saunas don’t penetrate our skin as deeply, and many infrared saunas emit extreme levels of EMF radiation.

.

This is why I love the people at SaunaSpace, as they know how to maximize the benefits of NIR by reducing unnecessary background EMF in their saunas.

If you don’t want to go that route, then get out in the light in the morning. 

Remember, there’s no such thing as bad weather, only bad clothing.

Skin to win.

If you’re bashful, you can pick a spot in your house where no one will see you, like my basement where the angle of the sun comes through perfectly through the window…but I won’t show you those pictures.

Thank you so much for taking the time to read this article, and please share with anyone you know who could benefit.

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Here’s what we’ll learn in this article:

1. What is Type 3 diabetes?

2. Why is obesity a symptom of diabetes?

3. How does electrosmog impact metabolism?

4. How does radiation affect our blood sugar?

5. Why do diabetics need ultraviolet (UV) light?

6. How do circadian rhythms affect diabetics?

7. Are wild animals becoming more obese?

What do Thomas Edison and Alexander Graham Bell have in common?

They were both diagnosed with diabetes after conducting electrical experiments.

John Rollo, a Scottish military surgeon, wrote the first book on diabetes in 1798 and had only seen three cases himself in the twenty-three years he practiced medicine.

In 1876, the distinguished British physician Benjamin Richardson noted diabetes to be “a modern disease caused by exhaustion from mental overwork or by some shock to the nervous system. Yet it was still uncommon.”

How did diabetes come to be one of society’s greatest killers?

Let’s play a shell game

There are three types of diabetes:

Type 1️⃣: Genetic - occurs mostly in children, accounts for 5% of cases

Type 2️⃣: Epigenetic - due to lifestyle, adult-onset, accounts for 90-95% of cases

Type 3️⃣: Environmental triggers like EMF cause blood sugar to spike.

In this article, we’ll focus on what’s behind door #3.

Sugar is only one of the culprits behind diabetes and fails to explain why this illness is becoming increasingly prevalent. Why did rates of diabetes skyrocket tenfold, even after sugar consumption did not rise at all between 1922-1984?

Let’s examine two ethic groups, which have followed ancestral diets for thousands of years, only to have a massive shift in their metabolic health.

The American Indian

American Indians have been called “genetically predisposed” to diabetes. Most believe that this inclination toward diabetes is triggered by a sedentary lifestyle of living on the reservation, compounded by the fact that they eat fry bread made with white flour and sugar. Indians had been eating fry bread as a staple since the 1800s, and diabetes did not exist among them until 1950. What changed?

In 1950, the first electric service came to Standing Rock in the Dakotas, along with others including the Gila River Reservation, whose inhabitants were revealed in a study conducted by the US Indian Health Service to have 380 cases of diabetes per 1000.

The Bhutanese

Bhutan, an isolated community in the Himalayas that abides by its traditional culture and ancestral foods to this day, serves as another salient example. Bhutan had some of the healthiest people in the world, with little disease.

There was no electrification in most of the country, until 2002, when the Bhutan Power Corporation was launched. In 2004, 634 new cases of diabetes were reported in Bhutan. In 2007, there were 2,541 cases with 15 deaths.

The rise in mortality and illness was even blamed on the Bhutanese diet, one that they had followed for thousands of years.

Why is obesity now a symptom of diabetes?

Before the 1900s, diabetics were also not overweight. Today, many are obese due to their cells’ reduced ability to metabolize fats as well as glucose.1 2 Impairment of fat metabolism is a sign that the engines of the cell, our mitochondria, aren’t working efficiently. How then, do artificial frequencies degrade our metabolism?

EMFs reduce the ability of our mitochondria to use free electrons, which ultimately power the basis of our metabolism - the electron transport chain (ETC). Our ETC operates within our mitochondria, and requires critical enzymes like cytochrome C oxidase in order to efficiently generate energy for our bodies.

We can think of this chain as a train, or a locomotive that uses infrared and full spectrum sunlight as its “coal” to create energy. Sunlight is a natural form of electromagnetic radiation, to which we’ve been adapted for our entire existence. Like plants, humans use sunlight to create energy. The end-product of our ETC is the energy molecule known as adenosine triphosphate (ATP).

📳 What happens when we introduce electrosmog?

Dampened by the smog of artificial, invisible light, the fire of our metabolic locomotive dies out from too much electric rain. Now our mitochondria are stuck in the middle of the woods with no flashlight. Since we’re only using the light of our iPhones to guide us back into a labyrinth of false health solutions and fallen gurus like Peter Attia who tell us airpods aren’t a problem, our metabolism can’t find its way back home.

Ultimately we arrive at our final destination - metabolic disorder.

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How does radiation effect our blood sugar?

During the Cold War, the Joint Publications Research Service translated foreign documents of Soviet research, which showed how participants exposed to electromagnetic fields, similar to those of the cordless phones and cell phones we have today, were prediabetic and had sugar in their urine after the experiments. In 2010, Harvard, along with the University of Massachusetts and Joslin Diabetes Center, published a review of the role of mitochondria in diabetes, and concluded that there was a “failure of mitochondria to adapt to higher cellular demands.”

In 2011, Finnish researchers conducted brain scans and submitted their findings to the Journal of Cerebral Blood Flow and Metabolism, showing that glucose metabolism is disrupted in the region of the brain next to a cell phone.

When mitochondria do not get the appropriate energy input (sunlight), the demand on their energy output (production) is higher. In a way, it’s not that the obese have too much energy (stored fat), but too little, as they aren’t able to efficiently create energy via the ETC. Thank you Jack Kruse for this analogy.

📈 Another mysterious spike

In 1997, diabetes cases soared 31% in one year. This is the same year that cell phones were no longer a luxury and became a commonplace necessity.

Before 1997, rural areas of the US did not have cell towers.

In a 2008 study published in the Journal of Electromagnetic Biology and Medicine, Dr. Magda Havas examined four different individuals, each with varying types of diabetes. This study presents a paradigm shift in the way we think about diabetes.

In addition to Type 1 diabetics, who produce insufficient insulin, and Type 2 diabetics, who are unable to effectively use the insulin they produce, a third type of diabetes is introduced known as Type 3. This form may be environmentally exacerbated or induced by EMF exposure. When the study participants are able to reduce their EMF, their blood sugar levels drop.

Here is a snapshot of the four participants:

1. A 54-year old male diagnosed as pre-diabetic: his blood sugar remains normal when fishing, but when near powerlines or working in front of his computer, his blood sugar increases.

2. A 57-year old female with Type 2 diabetes: when she goes for a twenty-minute walk outside, her blood sugar drops considerably. When she walks on her treadmill (which emits dirty electricity) her blood sugar rises considerably.

3. An 80-year old female with Type 1 diabetes: her blood sugar dropped by 33% and the insulin dose she required dropped by 75% after installing filters that reduce dirty electricity.

4. A 12-year old male with elevated blood sugar was rushed to a hospital, and had elevated blood sugar while admitted, but once he went home and was able to reduce EMF in his environment, blood sugar decreased considerably.

More details of the study can be found in the following video:

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Why diabetics need UV light

Did you know that diabetics often have low Vitamin D levels?3

A healthy kidney is loaded with vitamin D receptors, which convert D to calcitriol, which then helps our bodies regulate calcium levels.

Why aren’t doctors prescribing sunlight, rather than dialysis, for diabetics?

You may also notice that many diabetics have teeth that are more yellow than translucent white. Dentin is a layer of material that lies immediately underneath the enamel of our tooth, and is loaded with calcium. Neurosurgeons like Dr. Jack Kruse surmise that diabetics have defects in POMC (proopiomelanocortin) in their dentin4 and other tissues, causing this yellow color.

How do we ensure we have optimal amounts of POMC?

By exposing ourselves to full spectrum UV!

POMC also helps us make melanocyte-stimulating hormone (MSH). Both hormones help us control appetite by balancing our levels of leptin. POMC needs sunlight and the right amount of thyroid stimulating hormone (TSH) to work efficiently. Ultimately, POMC helps us maintain blood sugar levels, protects the body from stress, and suppresses inflammation:

Much of what is known about our brain’s control of overall energy balance and fat storage stem from what we know about leptin (the light hormone).

In the course of chronic kidney disease, alterations in vitamin D metabolism contribute to increases in the levels of parathyroid hormone. Why is this a problem?

Hyperparathyroidism can create too much calcium in our bodies, leading to a host of chronic diseases - including brain fog and fatigue. This is why it’s important to not have the skin on our neck exposed to artificial frequencies of visible and invisible light, as our neck is loaded with photoreceptors:

If you’ve followed the work of Dr. Martin Pall, you’ll know that wireless radiation can effect how our bodies process and use calcium. An Eastern perspective of how EMFs impact us maintains that it’s not calcium, but our very life force, our élan vital, that is affected. According to traditional Chinese medicine, our kidneys are the source of qi, or vital life force energy. It seems that both east and west can agree that we don’t need EMF giving us cheap shots to our kidneys.

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Don’t let EMF see the whites of your eyes

In many diabetics, their macula (part of the retina at the back of the eye) also loses its yellow pigment. Yellow pigments come from carotenoids like lutein and zeaxanthin (found in eggs and shrimp).

These pigments are yellow to preserve the sharp central vision of the macula and absorb any stray blue light as a complementary color. Blue light causes visual blur when your macula is damaged. Blur occurs because blue light bends more than other wavelengths of color.

Many diabetics have this blur before they get diagnosed.

Diabetics also tend to show an altered pupillary response to blue LEDs. This would make sense if their melanopsin (blue-light detectors) are ruined by massive exposure to blue light - the #1 toxin of our time. Blue light also destroys the blood vessels in this middle region of the retina.

Here are more pathways by which blue light creates metabolic disorder:

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Furthermore, a 2022 study in the Journal of the Endocrine Society showed that a disrupted circadian rhythm can increase the risk of young-onset Type 2 diabetes in 14 year old boys. What are most teen boys exposed to at night, which also changes our normal circadian rhythm?

Blue light. Get out of its way, or you’ll be playing solitaire with Wilford Brimley.

This is why I make sure to wear computer glasses, and use red light screen filtration like Iris.

Upgrade your metabolism with UV

Many hypothyroid (thyroid with low activity) diabetic patients have difficulty tanning because their skin is atrophic (pale with lesions) due to a lack of melanocyte-stimulating hormone (MSH).

We make MSH by exposing ourselves to UV light. Judging by the amount of people sheltering indoors with their iPads, and avoiding the Sun, we can expect diabetes to soar, especially in younger populations.

Why else is UV good for a diabetic?

Regular exposure to solar UV light via our eyes and skin stimulates our thyroid and brain to make the T3 thyroid hormone. T3 balances our body’s metabolism. Tanning in full spectrum sunlight also increases our metabolism, which in turn helps us maintain a healthier weight.

Wild Fat Rats Can’t Stop Eating Sugar too?

If humans are becoming diabetic and obese in response to the planet being saturated with artificial junk light, what’s happening to our furry friends? What could be a better control group in an experiment, than animals who aren’t subject to their own placebo effect?

David B. Allison, Professor of Biostatistics at the University of Alabama School of Public Health, analyzed over 20,000 animals from twenty-four populations, and found that the average weight of the animals rose over time.

Chimps gained the most and were twenty-nine times more obese in 2005 compared to 1985. Even country rats were 15% more obese each decade, over a period of 40 years.

Wild and domestic animals had both been gaining weight since at least the 1940s. What changed?

After World War II, there was an exponential increase in not only streetlight in rural areas, but an explosion in radar technology, unleashing foreign frequencies upon the earth for the first time in its existence.

As barons of the Industrial Age forged new avenues of light, humanity became emboldened, carving out dark alleys where not even rats could hide from the torrential downpour of electric rain. Today we nibble away at the crumb of electronic concrete before us, seeking a way out of a prison ship, which rat and man alike cannot abandon.

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Medical Truth Podcast

The Biological Dangers of 5G and Electromagnetic Radiation - Interview with Dr. Martin Pall

Meet Dr. Martin Pall Dr. Martin Pall is a distinguished biochemist and researcher who has dedicated a significant portion of his career to studying the effects of electromagnetic fields (EMFs) on the human body. Born and educated at Caltech, where he earned his PhD, Dr. Pall also holds a bachelor's degree in physics from Johns Hopkins University…

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3 years ago · 33 likes · 34 comments · Medical Truth Podcast

What I used to listen to at “Ra Ra” sales meetings when selling Cutco knives during college:

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1. What questions need answers in the mainstream media regarding influenza

2. How did influenza get its name?

3. How flu pandemics correlate with solar activity

4. How our bodies electrical systems respond to the environment

5. If contagious, why did the flu spread quicker than people could travel?

6. Correlation does not imply causation

7. Why did so many young people die?

8. The calcium connection

9. Occam’s Razor

10. Our electric blanket

As we enter the treacherous territory of flu season - fear abounds faster than bacteria spread. Those of us who were on the long haul of long C19 didn’t know when the locomotive of sickness was going to stop, until we learned how to become the conductor of holistic health, steering the train wreck of heavy metal toxicity present within our cells. While injections get a rightful portion of the blame when it comes to chronic illness, there is another power that is always working upon us, and has influenced our ancestors since time immemorial.

The electromagnetic force is:

1,000,000,000,000,000,000,000,000,000,000,000,000 stronger than gravity, yet much of the western world and governing bodies on climate change like the UN pretend like it does not exist.

Could EMF really be the cause of flu? What is flu anyway?

When considering answers to complex problems, the simplest explanation is often the right one.

Before we can find answers to the origins and cause of a global pandemic like the Russian flu of 1889, the Spanish flu of 1918, or C19, we must:

Ask better questions.

The trend is our friend:

Here is a graph taken from the book The Invisible Rainbow, written by the late:

Here are some questions to ponder, and dare we say, ask at the dinner table during the peaceful Christmas holiday (remember Christmas wasn’t allowed just a few years ago - let’s be grateful):

1. Why did the pandemics of 1889, 1918, 1957, 1968, and 2020 all coincide with an exponential increase in radiation?

2. Why does flu so often target young adults and spare infants and the elderly?

3. If the 1918 flu was contagious, why did patients injected with blood saliva from sick patients not fall ill?

4. If the 1918 flu was a respiratory illness that affected the nasal passages, why did over half of all influenza patients not have initial symptoms of a runny nose, sneezing and sore throat?

5. Why were many symptoms neurological, including schizophrenia, and cerebral hemorrhage? (over 40% of flu patients in the Navy reported nose bleeds, and often died by drowning in their own blood).

6. If the 1889 flu began in Russia in September, and was contagious, how is it possible that it traveled faster than the trains of the time, reaching Scotland in October, and South Africa in November?

7. If C19 is caused by SARS‑CoV‑2, which is a respiratory illness, why do common symptoms include lack of taste, change in menstrual cycle, rash, as well as depression and anxiety?

8. Why do outbreaks of the flu and pandemics occur at times of high sunspot counts and increased atmospheric voltage?

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Cosmic influences

Since ancient times, influenza was known as an unpredictable illness, ravaging countries and villages all at once without warning, and vanishing just as swiftly as it had once came, sometimes not returning until at least years or decades later. Our ancestors believed that it was not contagious, and its arrival was thought to be governed by the “influence” of the stars. This is how influenza, commonly referred to as the flu, originally got its name.

“However in 1889, the behavior of the this mystery illness changed. After 1889, the flu would return each year, and has been with us, and each part of the world, ever since.” ~ Arthur Firstenberg, The Invisible Rainbow

In 1992, one of the world’s authorities on the epidemiology of influenza, R. Edgar Hope-Simpson, published a book in which he pointed out that the essential known facts did not support the contagion theory of direct human-to-human contact. Simpson also suggested that the trigger for the flu was connected to seasonal differences in solar radiation, and that it may have an electromagnetic nature, as many of his predecessors during the previous two centuries had proposed.

An electric atmosphere

A Danish physician named Johannes Mygge had also showed how flu pandemics tended to occur during years of maximum solar activity, and that the number of cases in Denmark would rise and fall with the number of sunspots. Sunspots increase atmospheric voltage (electric potential) in our environment, and have recently been correlated to psychological changes as well.

Dr. Mygge had kept a careful diary of his health for nine months, and he later compared his records to those of the electrical potential of the atmosphere, which he recorded three times per day for ten years. His incapacitating migraine-like headaches, along with bouts of insomnia, dizziness, irritability, buzzing sensations in his head, irregular heartbeat, and pressure in the chest, almost always fell on the day of, or before, a sudden severe rise or drop in atmospheric voltage.

In 2001, Canadian astronomer Ken Tapping, along with two other physicians out of British Colombia, were the latest to confirm that for at least the last three centuries influenza pandemics have been most likely to occur around the height of each eleven year solar cycle, when magnetic forces from the sun are at their peak.

Since at least 1799, there have been scientists linking influenza to sunspots and drastic changes in atmospheric voltage. Historical research has also shown that during the Maunder Minimum (1645-1715), a time of extremely low solar activity and sunspots, no influenza outbreaks occurred.

Our body electric

Have you ever gotten an EKG (electrocardiogram) for your heart, or an EEG (electroencephalogram) for your brain? We often think of our heart as a pump, or the sun as a ball of gas. Yet that pump needs a spark, and that spark comes from the ether of electricity running through us and to us from the cosmos.

In his 1985 book The Body Electric, orthopedic surgeon Dr. Robert Becker confirmed that our bodies operate on a DC (direct current) electric circuit, and all of our metabolic processes happen through exchange of electrons (-) and protons (+). Medicine, as it turns out, is really more physics than chemistry, as electromagnetic forces act upon our crystalline structures of nerve and bone, exciting the molecules within us to affect a shift in the direction of growth, or one of inflammation. Becker called these currents of injury and currents of healing.

Electrons are negatively charged and free radicals (typically cause inflammation) are positively charged. Most free radicals encountered in our tissues are electrically neutralized or absorbed by these free electrons, which are “donated” to us from the atmosphere of Earth, from the sand and ground we walk upon, to the rain that falls down. Electrons are what keep the processes in our bodies going. When we have a surplus of electrons (-), we then donate electrons so that they can bond with other protons (+), in order to facilitate the necessary biological reactions within us.

Our brains perceive electric signals from the environment in the form of visible, and non-visible light. Before 1889 and the mass global adoption of electricity and the light bulb, the Earth would provide a steady amount of its own static electricity. Each time lightning struck, our atmosphere would ring out at a rhythm of 8 pulses per second (8hz).

Called the Schumann resonance, this rhythm was named for the German physicist who predicted their existence. These tones’ frequencies primarily range from 8-32 beats per second (Hz), and literally keep all life on Earth beating in time. Our brains’ primary frequency of adult life operate at exactly this rhythm of 8 beats per second, and are called alpha waves.

When Edison perfected the design of the light bulb in 1889, industry still needed an economical way to supply its electricity to the masses. As a result, Tesla’s AC (alternating, pulsed current) power system was deployed worldwide. Remember that our bodies are meant to run on DC, primarily anywhere between 8-30hz. Once AC power was deployed, and electric light poured over towns the world over, our biological rhythms had to account for this alien form of energy. Coincidentally the Russian Flu of 1889 ensued.

When the Age of radio began in 1918, a pandemic broke out. The short-wave radio developed by Marconi operated at frequencies of about 30 megahertz (MHz), which is roughly 30,000,000 times faster than our brains’ alpha wave frequencies. These waves of radiation would bounce off and even puncture the Earth’s fragile ionosphere, bathing unsuspecting populations at random.

How should we expect our bodies to react to such a sudden, violent shift in electricity? After all, we don’t just live on the Earth. We live in the Earth.

Marconi, had 10 heart attacks, including the one that killed him at the age of 63. All of his heart attacks, including neurological diseases of depression and suicide, began as soon as he started experimenting with radio. For more on the history of Marconi, EMF, and heart disease, read:

The contagion myth

Electricity travels faster than people, especially in the 1800s when the quickest mode of transport was by train. When the Russian Flu broke out in September, it was assumed to have come out of Siberia, and the view of the time was that this "mystery illness" proceeded in orderly fashion to infect the rest of the world. However by the time the flu reached Moscow in October, illness was already being reported in South Africa and Scotland. Canada and Jamaica were reporting epidemics in November. East Central Africa was also struck the same time as Russia. The flu had never appeared in this part of Africa ever before.

Like the 1889 flu, many assumed the Spanish flu of 1918 was infectious. However masks, quarantines, and isolation were all without effect. Even in isolated Iceland the flu spread universally, in spite of the quarantining of its victims.

I will concede that this may not be proof, but only evidence. However the proof that the contagion theory of pandemics is false is illustrated by experiments conducted in 1918 and 1919 by a medical team working for the US Public Health Service in Boston, which failed miserably:

“We collected the mucous secretions of the mouth, nose, throat, and bronchi from cases of the disease and transferred this to our volunteers. We obtain some bronchial mucus through coughing, and then we swab the mucous surface of the nostrils and the throat…Each one of the volunteers…received 6 c.c. of the mixed stuff that I have described. They received it into each nostril, received it in the throat, and on the eye…None of them took sick.”

(Firstenberg. The Invisible Rainbow, pp. 107-108)

When this experiment didn’t work, the researchers injected the healthy volunteers with the mucous, then the blood, of sick patients.

“None of these took sick in any way.” Dr. Milton Rosenau concluded: “if we have learned anything, it is that we are not quite sure what we know about the disease.”

Correlation does not imply causation

The confusion began in earnest when influenza A virus in ferrets was isolated in 1933. Since that time,human influenza has been defined as the organism behind its contagion, rather than its symptoms. If you get struck down with flu, and have the same symptoms as everyone else, but a virus can’t be isolated from your throat and you don’t develop antibodies, you are said not to have influenza.

Although these viruses have been correlated with disease epidemics, they have never been shown to cause them. Could it be that the viral strain was only a potential effect of the body’s immune response, and not a cause of the illness itself?

Today’s pandemics present even more confusion, as we have an “effect” of some people testing positive for a virus that was not isolated. You can verify this for yourself on page 42 of the attached CDC document, linked here.

I thank for opening my eyes to this fact.

What then, was the trigger?

What always preceded outbreaks of influenza?

Why did so many young people die in 1889 and 1918?

If the flu was caused through infection of a contagious organism, then one would suspect the very young and old to die before those with robust immune systems. However both of these pandemics killed young people in the prime of their lives. Two-thirds of deaths from the Spanish Flu were between eighteen and forty.

Some researchers believe that the Spanish Flu of 1918 specifically killed young adults since they were exposed to the H3N8 viral strain of 1889, and their immune systems responded to the 1889 strain vs the new strain in 1918. However there are a couple problems with this viewpoint. Scientists still aren’t sure if H3N8 caused the Russian Flu of 1889. As in 1918, young people also died at greater numbers in 1889 compared to those typically at higher risk from infectious disease, namely elders and infants.

The Spanish flu appeared to have originated in the US in early 1918, spreading around the world on Navy ships. Then in September the epidemic struck the entire world, seemingly all at once. What puzzled doctors of the time the most was the massive amount of bleeding. About forty percent of flu patients in the Navy suffered from nosebleeds, others bled from their ears, skin, stomach, kidneys, uterus, brain, and lungs. Victims would often drown in their own blood. Even as far back as 1799, scientists such as Gerhard showed how radiowaves could have this effect on the blood.

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When it entered World War I in 1917, the US military deployed radio for the first time on a massive, global scale. By early 1918, the Navy was operating the world’s largest radio network, graduating over four hundred students per week from its radio operating courses.

One of the most powerful radio stations on Earth at that time was located in New Brunswick, New Jersey. A beekeeper close to that town, who was operating over 300 colonies, reported that "thousands of dead (bees) were lying and thousands were crawling about the vicinity of the hive...practically all adult workers about the age when they would normally do the first field work. No abnormal condition within the hive was noticed at this time."

Like the bees who were in the prime of their life, 1918 took those of us who were the most vital. This relates to the rule of electrical and chemical sensitivity, which is often misunderstood as a weakness. When certain food, smells, or frequencies affect us more that others, this is often a sign that our body’s receptors are working efficiently. A young person is similar to a finely-tuned musical instrument. If a loose string (a less fit person) is plucked, the chances of this string snapping are minimal. If a tightly-wound string (a vital person) is plucked too hard, this string will feel it more and may snap, experiencing an acute immune reaction as a result.

The calcium connection

Many patients were saved during the pandemic of 1918 by being given large doses of calcium lactate, not to fight infection, but to stop the excessive bleeding.

In the 1970s, the US government contracted Dr. Glaser to organize the world scientific literature on reported biological and health effects of radio frequency and microwave radiation. Radiowaves were shown to push necessary calcium out of tissues (calcium efflux), even leading to leakage of our blood-brain barrier. This barrier is our brain’s last line of defense against environmental toxins. By the end of the 1970s, Glaser’s bibliography included 5,083 documents. You can find them all attached here.

Calcium is not just found in the bones, but is abundant in the heart, brain, and reproductive organs. Calcium also affects the release of neurotransmitters as well as regulating the contraction of the heart.

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Norweigan scientist has recently shown how magnetic fields can impact calcium.:

“Magnetic fields also affect cryptochromes – a protein sensitive to light and electric fields also at other frequencies. It is a relatively recently discovered and complex protein, given its name because it was initially not understood what its function could be. It was simply cryptic.

Now cryptochromes are known to have a number of central functions in our sensory organs. They direct plants towards light, and help migratory birds to “see” how far south or north they are from the equator based on the angle of the Earth’s magnetic field.

The cryptochromes affect CLOCK / BMAL1 and CBP, which are the names of proteins that are part of the biological clock that keeps track of our bodily functions.”

Occam’s Razor

I don’t have a degree in medicine, or claim to know how viral strains work. However there is a law in science that I like to apply to life’s challenges called Occam’s razor, which says that if you have two competing ideas to explain the same phenomenon, you should prefer the simpler one.

This is why a less-is-more approach often wins out, whether it’s a fitness routine, tracking the root causes of pandemics, nutrition, or taking supplements we don’t need like Vitamin D.

All cultures knew, since the time of antiquity, that human behavior is tied to the stars. This is why so many religions had their basis in worshiping the Heavens.

The common denominator of all life is the Sun.

When we don’t remember where we came from, we turn our back on science, or which means “to know.” Truth, like the Sun, stares us down, and begs that we see new rays of reason.

Here are some hoofbeats to listen to:

• In 1889, the Age of electricity was born, as Edison and Tesla provided electricity and light on a global scale. That same year, the magnetic activity of Earth began to be suppressed. The Russian flu pandemic of 1889 arrived as power lines began to radiate our atmosphere.

• In 1918, the Age of radio began, and altered our magnetosphere with new frequencies. The Spanish flu pandemic of 1918 ensued.

• In 1957, the Age of radar was launched, heaving millions of watts of microwave energy toward our skies. The Asian flu pandemic began in 1957.

• In 1968, the Age of satellites began. The Hong Kong flu pandemic began.

• In 2019, commercial 5G networks were activated in Wuhan. Covid19 began in Wuhan.

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History may be our teacher only if we stop teaching nature how to life, and become its student.

Our electric blanket

Where do we go from here?

Satellites are being launched by SpaceX and others into our Earth’s protective blanket, the ionosphere, at an alarming, breakneck pace.

The first fleet of 28 military satellites launched by the US caused a worldwide pandemic of influenza when they became operational on June 13, 1968.

The Hong Kong flu began in June 1968, lasted through April 1970, and killed up to four million people worldwide.

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“On March 24-25, 2021, a record 96 satellites were launched into space on a single day — 60 by SpaceX and 36 by OneWeb — and on the same day SpaceX dramatically increased the speed of its satellite internet connections.

On that day, people all over the world suddenly could not sleep, were weak and exhausted, had muscle spasms, and hurt and itched all over, especially in their feet and legs. They had skin rashes, were dizzy and nauseous, and had stomach aches and diarrhea. The ringing in their ears was suddenly amplified. Their eyes were inflamed, and their vision suddenly worsened. They had heart arrhythmias, and their blood pressure went out of control.

Some had nosebleeds, or coughed up blood. They were anxious, depressed or suicidal, and irritable. Their cats, dogs, chickens, goats and cows were sick at the same time.

March 25 registered the second highest number of C19 deaths in 2021, and the fifth highest since the pandemic began.”

-Arthur Firstenberg, Cellular Phone Task Force

Incoming solar storm & health impacts

Today a solar flare is being directed at Earth. Flares are intense emissions of electromagnetic radiation in the Sun’s atmosphere, which can often hit Earth w and result in what is known as geomagnetic storms from the level of 1 to 5. Five means the grid goes down and we go back to the Stone Age. This is an image taken by the National Oceanic Atmospheric Association (NOAA) on Dec 7th:

This is expected to be a level 3 geomagnetic storm, and may cause electrical infrastructure disruptions, along with having direct impacts on health. The full brunt of this storm is expected to arrive on Tuesday December 9th. If you feel off, have a headache, are tired, or have any issues with mood that are unusual, this solar storm could very likely be a cause.

Mental health impacts from depression to suicide are also risk factors for solar storms. Remember - our brains are electromagnetic in nature, and resonate with the energetic influence of the cosmos. Making sure our bodies are detoxing properly through the lymphatic system, and optimizing brain health with rest will be critical in the coming days.

How will you influence your own EMF environment in the next couple days?

Will you take the time to disconnect, and nourish your body electric?

The sun will always rise.

It is up to us to meet it on the fearless field of gold

Where health never tarnishes

Life never grows old.

Power ON with light

Power OFF at night,

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2. Why is ALS increasing in non-athletes and everyday adults?

3. How does EMF affect our immune system?

4. How are our mitochondria controlled by voltage?

5. How circadian rhythms control the death of neurons

6. What is the “glue” of our nervous system?

7. How POMC and UV helps us counter neuroinflammation

8. Can statins cause ALS?

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Has anyone noticed a trend in the amount of middle-aged adults in wheelchairs?

I certainly have noticed an uptick, which inspired me to write this article.

Often called Lou Gehrig's disease, Amyotrophic lateral sclerosis (ALS) is characterized by progressive degeneration of nerve cells in the spinal cord and brain. ALS is a fatal type of motor neuron disease, where a person eventually loses their ability to breathe, suffocating to death.

Here are some statistics:

• Every 90 minutes someone is diagnosed and passes from ALS

• 90% of cases occur without a family history 

• Onset is usually between the ages of 40 & 70 years

• Life expectancy is 2 to 4 years

• By 2040 ALS incidence is predicted to increase worldwide by 70%1

• Veterans are twice as likely to develop ALS

Most of the medical community is baffled with this disease. As with many other neurodegenerative illnesses like Parksinson’s or Alzheimer’s, there is officially no known cause, and no known cure.

Fortunately there are many clues we can ask in the form of questions.

Why are veterans and athletes most susceptible?

Many athletes such as the football player Steve Gleason, and combat veterans, often have head trauma. When injuries like these happen, damage to nerves occur, which can increase permeability of the blood-spinal cord barrier2, allowing more environmental toxins to enter.

Why the sudden increase in ALS in non-veterans and non-athletes?

Traumas can come in the form of front end collisions, or any wound that is continuously incurred. Most adults experience a different type of head trauma as they persistently irradiate their eyes, brain, and thyroid with the cell phones. Our central nervous system is consistently in close proximity to this form of biologically-damaging frequency.

If you google “is non-ionizing radiation harmful?”, you’ll get a reply saying that cell phones are generally regarded as safe. However this statement is based on acute exposure, and the heating of skin tissue (thermal government safety limits), not on chronic exposure to biological effects. As far back as 1960, neuroscientist Allan Frey, then with Cornell University’s General Electric Advanced Electronics Center, showed that even weak electromagnetic fields can open up the blood-brain barrier. 3 4

How could this trauma then go on to cause ALS?

Our electrical immune system

Low levels of EMF release large amounts of MCP-1, a key protein that acts like a “traffic cop” (thank you for that analogy) for our immune system, controlling how many white blood cells will be able to cross the road, so that we can combat inflammation. However, when we have too high of a level of MCP-15 by being exposed to EMF, this can disrupt6 our repair mechanism.

Too many artificial electromagnetic frequencies create confusion, as we have too many MCP traffic cops on patrol - giving our immune system mixed signals:

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You may be asking, how is a cell phone capable of doing this?

Voltage controls our mitochondria

If you’ve ever gotten an electroencephalogram (EEG), you know that our brain’s health can be assessed by measuring miniscule electrical signals. Our motor neurons, which are impaired in ALS, have more mitochondria than our sensory neurons. Our mitochondria are our bodies’ factories of life, and produce the energy molecule ATP, which also helps stabilize proteins. Think of it this way: If you pour corn oil into your car’s fuel tank rather than use corn ethanol, you’d have an unstable protein and fuel source. What would cause our mitochondria to not be able to produce enough ATP?

It turns out that our mitochondria are also controlled by voltage7 e.g. EMF. Our mitochondria contain what are known as voltage-dependent anion channels (VDAC). When exposed to EMF, VDACs reduce the ATP available for our nervous system to use.

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Our mitochondrial membrane also controls how much calcium gets in and out of our cells. Calcium ions initiate and regulate responses of central nervous tissues to injury. However, the amount of calcium our mitochondria need can also be altered when EMFs can disrupt our voltage-gated calcium channels.8

For more info on the relationship between calcium and EMF, check out this guest post by :

The first steps to creating a sleep sanctuary

Our bodies heal and regenerate while we sleep in two ways - using the Earth’s restorative magnetic field, paired with the absence of light. No matter what type of damage we may do to our bodies during the day, we always have a chance to repair at night. While some of you may think of yourselves as night owls, ultimately we’re all a diurnal species. The rhythms of health follow the frequency of light and dark.

Even though many of us don’t have the necessary healing architecture of a sleep sanctuary free of artificial EMF, we can still drastically improve our ability to repair by removing artificial light at night. We’ll recap some basic tactics we can all employ toward the end of the article.

First - how can a modern light environment alter one’s outcome with ALS?

What we do reverberates in eternity

Rev-erbα, is a nuclear transcription factor that is part of our molecular clock, which encodes circadian rhythms. Put another way, Rev-erbα translates what our DNA ultimately tells our bodies’ nervous, immune, and hormonal systems on how to function by expressing certain genes.

How can express our genes to optimize our health?

By syncing their “notes” to the melodies of visible sunlight while tuning out discordant invisible light. When expressed correctly, Rev-erbα can effectively regulate inflammatory and immune responses through apoptosis, which destroys cells our bodies no longer need.

When out of alignment with the natural variability of our light environment, processes like apoptosis run amuck, killing healthy cells and leading to the atrophy of motor neurons as well as a loss of communication to other brain cells called astrocytes.9

The Glial Glue of our Neuroimmune System

Astrocytes make up the majority of cells in the human central nervous system (CNS), and perform metabolic, structural, homeostatic, and neuroprotective tasks such as clearing excess neurotransmitters, stabilizing and regulating the blood-brain barrier, and promoting synapse formation.10

Microglia are our brain’s protectors, and facilitate communication of immune cells across our blood-brain barrier so that they can clean up toxins. For example, microglia remove neurons that don’t communicate properly, thus ensuring that information transfer between neurons isn’t interrupted. These also help clean up clumps of abnormally shaped proteins that accumulate and are associated with neurodegenerative diseases.

Rev-erbα acts like the referee of our brain’s immune system, by regulating how many microglia become activated when we have any type of neuroinflammation between the CNS and our gut.

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UV builds POMC

When we expose ourselves to AM Sunlight, along with the UV that comes later in the day, we’re able to make a critical protein precursor (makes other proteins) known as POMC.

POMC creates melanin from what are known as neuroectodermal derivates:

Why is this important?

Melanin helps us fight inflammation, along with chronic diseases such as cancer. These neuroectodermal derivatives directly connect to the mitochondria in the brain.

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When we expose ourselves to UV sunlight, our bodies also create nitric oxide.

No - not like the nitrites found in slimy deli meat, or the nitrous oxide used in Fast and Furious.

The miraculous nitric oxide molecule dilates our blood vessels, aids our immune system, and can even increase brain function.11 When we stay indoors too long, our circulation is hampered and we wind up with proteins that are slow down and clog the healthy flow of blood.

Can statins cause ALS?

Not directly - but they can certainly contribute to this disease. Statins work by decreasing cholesterol. However, the synapses (where nerve communication happens) of our nervous system are made mostly of cholesterol!

Cholesterol is required to maintain the health of our myelin sheath, which surrounds and protects neurons. Glial cells in the brain, like the microglia mentioned above, sustain the myelin sheath by synthesizing their own cholesterol and transferring it across to neurons.

The two most widely prescribed statins are simvastatin and atorvastatin. Atorvastatin increases risk for ALS seventeen fold, and simvastatin twenty three fold. There’s even one statin, Lovastatin, that increases the risk for ALS 107 times!12

The chart below is based on a 2018 study published in the Journal Drug Safety. ‘Amyotrophic Lateral Sclerosis Associated with Statin Use A Disproportionality Analysis of the FDA’s Adverse Event Reporting System:

Doctor Malcolm Kendrick is a Scottish doctor, author, and speaker, who has been investigating the reckless use of statins and the false narrative of cholesterol. Dr. Kendrick made the following point regarding the statin-ALS statistics, which I find notable:

“It is often said that association does not mean causation. However, this is only true up to a point. Most statisticians agree that an odds ratio > 6 represents proof of causation. When you find that people taking atorvastatin have a seventeen-fold increase in risk of ALS, this is proof of causation. The effect is too massive to be due to anything else.”

~ Dr. Malcolm Kendrick

Where do we go from here?

Just as we tear muscle down in the gym during the day, and build it up as we relax and repair, we also can’t get stronger or more resilient to environmental stress by guzzling vitamins or pushing harder. The fastest way to recover is during sleep.

While many of you who have been with us for a while are aware of EMF mitigation tactics, here’s a recap of some very basic steps most of us can take to begin building a regeneration room at night:

✔️ Remove electronics that contain blue light

✔️ Buy translucent red tape and stick over electronics like smoke detectors

✔️ Install blackout blinds

✔️ Turn off Wi-Fi at night

✔️ Turn off power at night

During the waking hours, there are daytime mitigation technologies that can assist with EMF reduction like filters, along with “neutralizers” that often don’t work. We’ll be writing about some of those devices in the near future.

Until then…

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1. What is autism’s EMF history?

2. What does diabetes have to do with autism?

3. What is a neuro-immune disorder?

4. How are pulsed EMFs more harmful than continuous wave EMF?

5. How does light shape autism?

6. What does E = mc² have to do with autism?

7. How folic acid supplements create autism

8. How UV light helps prevent autism

9. The EMF protocol for healing autism

Tylenol isn’t a red pill, it’s a red herring that many swallow to alleviate the pain of knowing a truth that has stared us down for over thirty years:

Heavy metals and brain tissue don’t mix well.

Did you know that a mother’s rheumatoid arthritis or inflammatory diseases like celiac can elevate a newborn’s risk for autism by 80 to 350%?1

Did you know that folic acid supplemention can increase the risk of autism?23

Children today have more creature comforts, but are turning into creatures of a technology that makes them anything but comfortable.

Neuro-immune disorders such as autism as well as Alzheimer’s have skyrocketed in the past 30 years, with early-onset dementia becoming more prevalent. Between 1991 and 2010 alone, “death by neurological disease” has increased 663 % for women living in the US.4

Autism’s history of radiation

Until 1912, autism had not even been discovered. It wasn’t until 1940, after humans were first exposed to wireless radiation such as the telegraph, radio, radar, and electrification of our homes, for this illness to appear in the medical literature.5

Did you know that the tech boom coincided with a vaccine boom?

Prior to 1980, only microwaves were commercially available in any significant quantity. The general public rapidly adopted other electronic technologies in laptops and cell phones after 1990. Electromagnetic fields from device use have grown exponentially every year since 1990 in the Western world. This explosive growth curve fits autism growth rates perfectly:

Back in 1980, 1 in 2500 children had autism.

Today that number is 1 in 44.

After a measles outbreak in 1989–1991, the U.S. Vaccines for Children Program was authorized in 1993 to ensure that eligible children would have free access to all CDC-recommended vaccines.

Vaccines contain metals like aluminum, which are highly reactive to electromagnetic radiation.

Let’s back up even more to the 1950s.

Many new ailments such as Lyme, Legionnaire’s, AIDS, as well as diabetes have exploded since 1950. In the example of diabetes, a metabolic disorder, sugar consumption did not rise at all between 1922-1984, yet rates exploded tenfold.6

In 1997, diabetes cases soared 31% in one year. This is the same year that digital cell phones began commercial service. Digital phones use higher frequencies of 2.45 GHz (what most Wi-Fi runs on). Before 1997, only hybrid digital-analog phones were available commercially, and used frequencies of 850 MHz, which contain less energy per meter. After 1997, cell phones were no longer a luxury and became a commonplace necessity.

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Before 1997, rural areas of the US did not have cell towers.7

In August 1997 the first digital TV transmitter was launched in Sweden. That autumn the first ‘hot-spots’ for mobile connection to the Internet were also introduced to serve traveling executives in hotels, train stations, airports, gas stations etc. 8

“But the real big thing that came into practical use by the whole population was the introduction of the dual-band mobile system. The reason was that the number of available connections in cities was too small for the rapidly increasing demand. GSM 1800 (higher frequency than 1G) offered many more connections in crowded cities and solved the problem.”

~ Olle Johansson, Professor of Neuroscience at Karolinska Institute

Here is a graph from their study showing a marked uptick in negative health outcomes in Sweden beginning in 1997:

What does does diabetes have to do with autism?

Both diabetes and autism are disorders of our immune system.9

Many previous ailments once considered strictly genetic like autism have an epigenetic, or environmental, origin. Environmental toxins like wireless radiation create an inflammatory response, which then affects genes like MHC110. MHC1 not only regulates our immune response but also controls neurogenesis (aka our origins of nerve growth).

What is a neuro-immune disorder?

These types of disorders affect all people of all ages and up to 30 percent of the US population.11 Examples include: seizures, vertigo, anxiety, depression, and ADHD, to name a few. Autism and Alzheimer’s are two major neuro-immune disorders.

By disrupting our MHC1 gene, wireless radiation can not only put us in a chronically-stressed state, but can also decrease our amount of microglia in the central nervous system.12

Microglia are our brain’s protectors, and help facilitate communication of immune cells across our blood-brain barrier so that they can clean up toxins.

For example, microglia remove neurons that don’t communicate properly, thus ensuring that information transfer between neurons is not interrupted. These also help clean up clumps of abnormally shaped proteins that accumulate and are associated with neurodegenerative diseases such as Alzheimer’s disease or Parkinson’s disease.13

Our blood-brain barrier (BBB) is not easily crossed, however is made more permeable by EMFs (electromagnetic fields) such as Wi-Fi and other sources. Increased permeability of this barrier has been found in those with autism. As far back as 1970, Allan H. Frey conducted research for the US Navy and found that EMFs allow other environmental toxins to leak through our BBB.

We are all exposed to these fields daily, even without Wi-Fi14, as our laptop chargers and wiring in our walls create pulses of electricity, which can also render our BBB more permeable if the source of EMF is not remediated.

How does light shape autism?

The autistic tend to have sleep disorders and are sensitive to touch, light, and sound. They also tend to have less melanin in their skin15 and retina.16 The presence of melanin pigment in an embryo’s retina is the signal that initiates how our nervous system wires itself from our eyes to our hormonal master clock, the suprachiasmatic nucleus (SCN), and from the SCN deep into our brain. The SCN controls our circadian rhythms, and our pupillary response to bright light.

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Melanin is also located in the cochlea of our ear, and allows us to convert light into sound we can hear.17 Brain surgeons like believe that when the melanin pigment is not created correctly at birth, this can lead humans and other species to exhibit atavism, where traits of distant ancestors can reappear in the modern day. Early primates were loners, and social networking became a big trait later on in the evolutionary history of the primate. This could be why those with autism exhibit symptoms of anti-social behavior.

Personally I’m not sure, but the link between light and the evolution of species is one that is often ignored, while father time gets center stage.

What does E = mc² have to do with autism?

Energy = mass X speed of light squared

I believe if we can get the autistic to change their light environment, by absorbing full spectrum sunlight along with more near-infrared, and eliminating artificial blue light, we can increase the viability of their melanin, which acts as an antioxidant powerhouse.

For all you physics geeks:

Isn’t it fascinating how light and Father Time are directly related?

Time eats our light during the day, only to then give it back the next morning, after it has slowed down in our brains enough to fill the timeless void of our dreams. But I digress…

Have you ever stopped to think how and why at different times of the day, the light from our Sun changes?

Assuming the speed of light (c) stays constant (father Time is constantly on our case) in order to increase energy (E) in this equation, we would need to increase mass.

How do we do this in our bodies?

My perspective is that we increase the amount of skin (water in the mitochondrial matrix) we expose to light in the form of near-infrared photons and sunlight.

The Sun’s light is constant, yet its wavelengths (energy) are variable. For instance, water creates perfect hydrogen bonds, which our bodies can then use to optimize our nervous system at 3000 nanometers (infrared wavelength).

Let’s stop building hydrogen bombs, and start building structured water in our cells. This way we can make Father Time fill up on water (a glass of water slows light down) so he’s less hungry for our energy!

How folic acid supplements may create autism

Natural folate is needed in the brain for the synthesis of crucial brain chemicals such as norepinephrine, serotonin, and dopamine.

However, folic acid (the synthetic version of folate) is not absorbed the same way, and needs to be converted by our livers, which may not always happen correctly as gene mutations may occur during the process.18

Studies have also indicated that expecting mothers who supplement with folic acid put their newborns at an increased risk of autism.19 Could this be why the autistic become poor absorbers of ultraviolet radiation, as metabolic pathways like the one shown below get disrupted?

Natural folate is also destroyed by intense UV-A and UV-C sunlight.  Could this be nature’s way of telling us we don’t need folate during the hotter months?

Dark skin protects the stores we have, but there is now proof that folate levels are designed to be low when the solar radiation is strong in the local environment.

UV: The first supplement every mom needs

This is another reason why I believe the autistic could benefit with more infrared light, as this wavelength helps build darker skin so that it can absorb more UV, along with melanin and folate as a result.

Mothers need serotonin to prevent autism. However, mothers first need to produce tryptophan, which can be created in the (full-spectrum sunlight) presence of UV light at 290nm:

The autistic also need a way to absorb UV-B, so that they can make vitamin D. Having the right amount of LDL cholesterol is also crucial for this process to occur.

Note: those of us in developed nations are now ingesting excess folates in three ways: as natural folates from food, synthetic folic acid added to processed grains and synthetic vitamin supplements.

3 ways to counter autism

✅ Reduce EMF to support heavy metal detox

Practitioners like Dietrich Klinghardt, who have helped countless families with autisitc children, have discovered that reducing EMF in the home is a potent tactic in reducing symptoms. When wireless radiation is reduced, this allows our bodies to detoxify heavy metals at a faster rate than with wireless EMF present.20

A pilot study conducted by Klinghardt in Seattle (a Big Tech hub), found that EMF “may be the undiscovered key contributing - if not causative - factor in neurological impairments in children, including autism.”

We need to get back to the basics first, so that we can create a sleep sanctuary that is free of EMF. There are many ways we can do this, but at the very least we can begin by shutting off power to our bedroom.

One particular reason to avoid RF (radiofrequency) radiation exposure during pregnancy is that an embryo or fetus may not be fully protected by amniotic fluid for extended periods of time due to the natural movement of the embryo or fetus within the womb.

Secondly, the pelvic structure promotes deep RF radiation penetration and that radiation can be absorbed within the developing embryo or fetus. Do not keep your phone on your lap.

Consider this: if you need to have a phone to stay in touch, or you need it to work “for a living”, ask yourself how much it’s contributing to your actual “living”? Many people have informed me how their lives have improved without a cell phone, but we’ve been programmed to believe the opposite.

✅ Supplement with light

Get tons of AM sunlight, as well as near infrared (NIR), which will increase subcellular melatonin. Even the fetus will absorb NIR, and create melatonin.

✅ Supplement with supplements (that work)

I follow Dietrich Klinghardt’s heavy metal detox protocol, and added some of my own twists. Not all of my routine is included here. I like to take:

• Chlorella 30 minutes before a meal, or mixed with some coconut cream for a ketogenic protein that lasts and keeps my blood sugar stable.

• Cilantro tincture (homemade, in vodka) - this I will sometimes take with chlorella, but only after taking chlorella for about 3 weeks, as ciltantro can pull out toxins too quickly and then redistribute them into tissues where they can do more damage. Chlorella helps purify the blood beforehand, and prime our system for further detox. * This is a powerful detox protocol - consider speaking to your naturopath before proceeding.

• Pau d’arco bark tea - this helps us increase stores of NADH, which allows us to decrease inflammation by donating hydrogen electrons to cellular processes that need them most. More info on NADH can be found here. I steep the bark overnight and then either drink the water first thing in the morning, or blend it into my smoothie along with some lemon juice and water before adding other ingredients, so that I don’t destroy the bark’s beneficial compounds (citric acid prevents oxidation).

A reflection:

In a day and age where we aimlessly peruse our ‘self-checked out’ aisle…

self-absorbed with the numbing comforts of our artificial light

maybe the Gods are trying to tell us…

Not to gaze into the abyss of our ego

But let our soul shine as our eyes reach for the sky.

We are more powerful than we know,

If you found this episode valuable, would consider sharing it?

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Tom Renz’s Newsletter

The Antiscience Left Loves Tylenol & The DOJ Is Trying To Save Face

Can we talk about the absolute insanity of some leftist women out there? They’re out here overdosing on Tylenol to “prove a point” to President Trump. Yeah, you heard that right. News flash, ladies: Tylenol can kill you, and it’s especially dangerous for pregnant moms and their unborn babies. One poor woman’s reportedly on life support after this stunt…

Listen now

10 months ago · 32 likes · 2 comments · Tom Renz

Here’s what we’ll learn in this article:

1. How does the Sun power our immune and nervous system?

2. What role does hypoxia play in MS?

3. How do we use DHA fatty acids to harvest light?

4. What are biophotons?

5. How do our mitochondria harvest energy from water?

6. What are common symptoms of MS?

7. What is the tibial compression test?

8. Why do those with MS have low levels of vitamin D?

9. Why are higher rates of MS found in northern climates?

10. What type of diet can help MS?

Multiple sclerosis (MS) is the most common neurological disease for young adults in the US, and symptoms typically occur between 20-40 years of age. Women are two to three times as likely to develop this disease.

There is no known cause, and no known cure. The first cases of MS began to be studied in earnest in 1868. Before 1960, MS was virtually unknown in Japan.

What happened after 1868, and what can we learn from Japan?

The diet of the Japanese is rich in seafood, which contains high amounts of DHA. DHA is an ancient fatty acid that converts the light from our environment into electrical impulses that our nervous system then uses to repair, and run our brains’ daily operating system. We can think of DHA as our solar polar inverter. An inverter takes one form of energy, and converts it to electricity that can be used by the system.

If our brains can change how they operate based on signals from our environment, what hardware runs the software of our brain?

The Gateway of our Sol

Our retina contains high levels of DHA, and decodes the software program of light, which runs on the hard drive of the Sun. The Sun carries unlimited memory for our potential growth, as its infinite wavelengths dictate our health’s future.

The hard drives of all quantum supercomputers run on water - and our brain is no different. Our mitochondria, the engines of our cells, run most efficiently on water that is charged with light, in the infrared range. How does this all work?

The water within us is energized by what Einstein discovered as the photoelectric effect: Our Sun splits the water in our cells from its molecular composition of H2O into (2) hydrogen + 2 electrons + oxygen. We then use these electrons, along with the water that has been charged by the Sun’s electric force, to provide energy to our nervous system. In essence, our cells have a hydrogen fuel cell within them that uses the electricity of the Sun to create energy we can use.

Let’s zoom out and take a look at The Big Picture. The Sun sustains all life with its electromagnetic field, which comes down to Earth in the form of plasma that we perceive as light. The plasma of our blood, which is mostly water, uses the electromagnetic force of solar plasma. Proteins within our blood plasma regulate gene expression and the immune system.1

The Sun charges the Earth like a battery, and helps our planet maintain its protective magnetosphere. If we didn’t have a Sun, we wouldn’t have a magnetic field. This is why when we aren’t grounded to the Earth*, our red blood cells lose electrical charge, which can thicken our blood leaving us predisposed to blood clots.

*Depending on where you live - you may have ground current EMF running through your home or yard, which makes the practice of grounding do more harm than good.)

The Sun lets our Earth thrive, and the Earth’s electric field lets us survive. For instance, a 1991 study showed that our body’s calcium levels are affected by magnetic fields.2 Calcium helps regulate coagulation of blood.

Light is contained in the universe, and in our body, by coherent electric and magnetic fields. When an electric field and magnetic field is reduced, this can lower oxygen levels since oxygen is magnetic.

This cosmic formula only works when we live in unison with the natural electromagnetic forces of nature. In the 1860s, our world became electrified with the telegraph, as seven hundred thousand miles of copper web was installed over the surface of the Earth, enough to encircle the globe thirty times. Then came the light bulb and rise of indoor culture, which made us all involuntary devotees of Edison’s nocturnal cult.

Low oxygen = Low energy

Those with MS are typically hypoxic, which means they have low levels of oxygen in their neurons.3 What transports oxygen to our body?

Cytochrome C oxidase (CCO) is a heme-based (contains iron) enzyme that is located within our mitochondria, that is also magnetic, and requires a strong electrical charge in order to work. Electromagnetic fields destabilize oxygen transport by magnetizing to iron.

How do we use electrons to electrify life?

We can maintain our electric charge through the photons (light) we capture from our environment, using the omega 3 fatty acid DHA as our power inverter.

If we absorb too much artificial light, then our bodies will have a harder time harvesting sunlight for energy. CCO creates energy for our bodies in the form of ATP (adenosine triphosphate).

We can ensure that CCO gets the right amount of electrical charge by absorbing the correct wavelengths of light - mostly in the infrared spectrum. The process of converting electrons into ATP occurs in our inner mitochondrial membrane, where our mitochondria not only absorb, but also emit light.

What are biophotons?

The light that our mitochondria release are what scientist Fritz Albert Popp named biophotons, or living particles of light. Healthy organisms are able to consistently regulate the amount of light they release, whereas an unhealthy specimen will release or leak too much light, leading to heat loss. A loss of heat then may lead to a breakdown of metabolism and immune function.

Fun fact: Research in Russia in the 1960s showed that one in six study participants could recognize color with their fingertips after only 20–30 minutes of training, and blind people developed this sensitivity even more quickl

Neurosurgeons like Dr. have found that patients with MS have difficulty retaining infrared light since the membranes of their cells are losing electrical charge. We perceive infrared light as heat, in the form of fire or the warmth of the Sun. This is why those with MS are extremely temperature sensitive, as they’ve lost the ability to control the amount of heat their bodies emit, and absorb.

How can we power our powerhouse?

Did you know that the membrane of our mitochondria is made up of water that absorbs light at 3000 nm (nanometers), which is in the infrared range? Scientists like Gerald Pollack have noted that this water forms an exclusion zone (EZ), which is a buffer that makes cellular processes run more efficiently. We can ensure our mitochondrial engine runs smoothly by giving it the fuel of infrared light.

When our inner mitochondrial membrane (IMM) loses electric charge, it increases its size to compensate by swelling. You can think of this membrane like the piston of a car. If the piston gets too hot, oil (oxygen in our case) can’t be transferred to the engine, and pretty soon the dashboard of our brain lights up with the dreaded “check engine soon” light. Like our car, we need to know how to read those warning signals of our body.

What happens if we don’t take a car that’s losing oxygen to the mechanic?

Pretty soon those low levels of oxygen lead to early cell death of our nervous system, also known as necrosis.

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What are common symptoms of MS?

The most common initial symptoms of MS tend to be hypoxia of nerve tissue4, and inflammation of the optic nerve (optic neuritis)5 , which may include: blurred or dim vision, pain in the eye socket, pain while moving the eye, and colors appearing dull. Mainstream science doesn’t know what causes this form of neuritis. However we do know that EMF can induce hypoxia, and that our muscles require oxgyen to work.

Have you ever noticed that mainstream medicine is very quick to refute other causes, even though they say they don’t know what causes the illness?

What causes cause them to think this way? We don’t know, but we do know it’s not caused by an inflated arrogant ego.

How do levels of dirty electricity affect MS?

Dr. Magda Havas is a well-respected researcher based in Ontario, and has published many studies on the biological impacts of EMF. Dr. Havas has observed rigidity and lack of muscle and nerve function in the presence of dirty electricity:

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DHA imbalance in MS

The optic nerve contains dense populations of mitochondria, and our mitochondria were first created 600 million years ago when DHA came on the scene during the Cambrian explosion. The eyes are technically part of our central nervous system. If we want to support our brain, and our vision, we need to eat light and see-food.

The retina is designed to have a higher level of DHA than the brain, so this is the first place where the DHA imbalance may show up in an MS patient. In the image below (on the left) we can see how DHA builds the cerebral cortex6 (bark) of the brain vs a brain that is deficient in DHA, with a much thinner bark (on right):

When there is inflammation present in this part of our nervous system due to low levels of DHA, glial (glue of our nerves) cells known as astrocytes may become overactive, and begin to create dymyelinating lesions. Astrocyte end feet help form a barrier between our immune system and our brain (blood brain barrier). When astrocytes become overactive, the glue no longer sticks properly.

The myelin sheath in those with MS becomes sclerotic (brittle), and the ability to efficiently conduct nerve impulses is lost. Our myelin sheath is the wire coating of our nerves, and is what allows for proper electrical signaling to occur.

How can we do a diagnostic test on our body to determine if we may have low levels of DHA?

Let’s look under the hood of our bone

Some neurosurgeons like to use a tibial compression test to decipher the status of the body’s electrical charge potential. There is a direct connection between bone and the DC electric current in the brain.  Soft bone is behind the magic of the tibial compression test. When our Vitamin D3 levels are normal,  and our bodies’ DC current stable, tibial compression causes no pain normally.  

Why are my vitamin D levels low?

If you have MS, chances are your vitamin D levels are low. Artificial blue light lowers oxygen in the retina by lowering the amount of DHA in the eye. Anytime we have less DHA, our thyroid can no longer make the necessary hormones for growth. DHA, an omega 3 fatty acid, helps us have enough cholesterol so that we can then make pregnenolone, which in turn lets us make vitamin D. Blue light steals pregnenolone, and switches hormonal production to cortisol.

A multitude of epidemiological studies have revealed that individuals with low levels of vitamin D in their blood are at considerably increased risk for developing MS. Up to 90% of MS patients are deficient in vitamin D.

A recent study has quantified the impact of vitamin D blood levels on risk for MS relapse. A 50-nmol/L (20-ng/mL) increment in average serum Vitamin D levels within the first 12 months predicted a 57% lower rate of new active lesions. Researchers found that for “each 10 nmol/l increase in 25-OH-D results in up to a 12% reduction in risk of relapse. Clinically, raising 25-OH-D levels by 50 nmol/l could halve the hazard of a relapse.”7

Our latitude determines our healthy aptitude

The areas of the world that have the lowest rates of MS live closer to the equator, where the magnetic field is stronger, and light more abundant. The highest rates of MS occur in northern climates. Canada continues to have one of the highest rates of MS in the world – with over 90,000 people living with MS - 1 in every 400 individuals. Currently there are 2.9 million people worldwide living with MS.

Some of the earliest and most famous clusters known to MS investigators are a series of alleged epidemics that occurred on the Faroe Islands, a Danish possession in the Atlantic between Norway and Iceland. Although the inhabitants are Nordic and considered a high-risk group for the disease, there were no known reports of MS prior to 1943 among native-born residents. In the early 1960s a Washington D.C. neurologist, Dr. John Kurtzke, became intrigued with a report by a Danish investigator, K. Hyllested, who recorded about twenty-five cases of MS in the Faroes that had started occuring in 1943. It appeared that the disease had been brought into the Faroes since it hadn’t been reported there before.

The most significant event that had taken place on the Faroes was the British occupation during World War II. During this time, the British military imported artificial light and wireless technology in the form of the radio and radar.

Can leafy greens make us glow?

Terry Wahls has had much success with patients by introducing a “heavy leafy green diet protocol.” Green leafy veggies are loaded with nitrogen.  These foods can restore the nitrogen substrate in the skin to be converted to nitric oxide, which helps us synthesize vitamin D. Patients with MS have low levels of nitric oxide in their skin, which we need in order to absorb vitamin D in the presence of UV sunlight.

👉 There are four things we need to be aware of when considering a new diet:

1️⃣ Light is the primary food our bodies consume, as two-thirds of our mitochondrial energy requirement comes from light, and only one-third from food.

2️⃣ An ancestral approach of seafood rich in DHA gives us electric nutrition.

3️⃣ Our digestion runs on a clock that is our circadian rhythm. This rhythm is played by magnetic melodies that ensue with an orchestra of light at sunrise.

4️⃣ Some vegetables may contain high levels of oxalates, which form crystals in our tissues, potentially making us more susceptible to electromagnetic radiation. We explored the role of oxalates in our recent interview with Sally K. Norton, author of Toxic Superfoods. We were originally alerted to the EMF connection of oxalate damage by and Dr. Amy Harding.

Thank you for reading. We hope you got some valuable insights out of the article.

If you know anyone who is suffering from MS, please send them our way. We’d love to help them understand that…

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Here’s what we’ll learn in this article:

1. How heart attacks were rare before 1850

2. When high cholesterol being dangerous became a myth

3. Why statins may do more harm than good

4. When zoo animals began to have heart attacks

5. How WWII and radar created global electrical pollution

6. How chest pains of WWII soldiers were blamed on anxiety

7. The parallels between Soviet & US research on EMFs

8. When did farmers start getting more heart attacks?

9. How EMFs disrupt calcium - our bodies’ most abundant mineral

10. What types of cardiac disease can be caused by EMF?

11. How can we alleviate the impact of EMFs on our heart?

Known as the father of radio and inventor of the telegraph, Guglielmo Marconi had ten heart attacks after he began working with electricity. Marconi was 63 when his tenth and final heart attack killed him.

As soon as he began experimenting with radio equipment in 1896, Marconi, who was 22 years old at the time, began to have chills and fevers so severe his doctors thought he had malaria.  He would often collapse completely from fatigue and pains in the chest, and was eventually diagnosed with heart disease.

Marconi had erected radio towers as tall as a 12-story building, which would ultimately become the world’s first permanent radio station.

Heart attacks were rare before the dawn of electricity

If you lived in 1850, you were as likely to have died from a heart attack as you were from accidentally drowning.   Heart disease was the 25th cause of death in the US. Heart disease affected mainly older populations in rural areas, as farmers enjoyed longer lives than city-dwellers in those days.1

Today the story has changed. Heart disease is one of the top killers of young people. If you’re in your forties and live in the US, you have as great a chance of having heart disease today as a seventy-year-old in 1970.2

Mortality from heart disease for Americans in their twenties rose by an astonishing one-third between 1999 and 2006.3

How did we get to be so sick?

Weren’t statins and the low-fat diet supposed to help?

The Cholesterol Myth

Myths aren’t always outright lies, but are often the stories we tell ourselves as a society. Even though there are kernels of truth in these stories, a half-truth always leads to a full lie.

Much of the cholesterol myth originates with the work of Ancel Keys, an American physiology professor who went to Europe in search of the root of heart disease.

Keys went to Italy right after World War II, when much of the European population was under tremendous environmental stress. He noticed that residents of Naples dined primarily on pasta, cheese, while a small class of rich people ate mostly meat.

He compiled data from six countries with high rates of heart disease and diets high in saturated fats.4 This led Keys to deduce that avoiding meat resulted in a lower probability of heart attacks, and he ignored the prevalance of cheese (a saturated fat).

Keys noticed that men in America, who ate a diet high in saturated fat, died from cardiovascular disease at a much higher rate than men in Japan, who ate very little saturated fat.

However these half-truths skewed the evidence. The Japanese ate far less sugar and processed foods than Americans, and ate considerably less food in general. Keys also didn’t include France in his study, who consumed a very high amount of saturated fat but had a low amount of cardiovascular deaths. Instead Keys would go on to name this statisical outlier “the French Paradox.”

In the 1960s, the American medical community began to advise people to stop consuming the butter and lard they’d been eating for centuries, and turning the population onto bread, pasta, margarine, along with vegetable oil, which is often highly-processed and can turn rancid, since it’s not stable at room temperature.

Danish physician Uffe Ravnskov sheds light on this controversy in his book The Cholesterol Myth (2000). Dr. Ravnskov shows how people are not having more heart attacks today because they’re eating more animal fats than our ancestors.

Cholesterol: a distraction from EMF pollution

Cholesterol turns out to be a red herring. The earlier studies Ravnskov cites (completed before 1950) show that cholesterol was not related to heart disease. In many cases, having higher levels of cholesterol pre-1950 meant you’d probably live longer than the rest of the population.

Many studies conducted after 1950 (after the global introduction of radar in World War 2) began to show just the opposite, and have correlated higher levels of cholesterol with an increased risk of death from heart attacks. This could be due to the fact that EMFs disrupt our ability to metabolize fat.

The Framingham Heart Study5 came out in 1961, the same year that the American Heart Association (AHA) issued a report telling people with a high risk of heart disease to cut down on saturated fat.

(Note: Proctor & Gamble, the makers of Crisco, a substitute for lard, donated 1.7 million to the AHA in 1948, the same year the AHA became a prominent organization in US politics.)6

Do statins help prevent heart disease?

The modern cholesterol-lowering drugs, the statins, do help prevent cardiovascular disease, but the effect is extremely small. Unfortunately, statins disrupt and lower growth hormone and testosterone. As a result statins can also stimulate cancer, disturb muscle function, affect the heart and the brain, and pregnant women taking them may give birth to children with malformations.7

You can find a copy of the study linking to the above-mentioned effects of taking statins, and how these side effects are misleadingly reported in the Adverse Events System of the FDA here.

From Dr. Ravnskov’s book of studies The Cholesterol Myth :

“In a review of 37 statin trials, the benefit is miniscule. In a few of the experiments, cardiovascular or total mortality was even highest in the treatment groups, although not with statistical significance.

To “improve” the results from the statin trials, the authors have even misused statistics. If two patients die in a control group of 100 individuals, but only one in the treatment group, the benefit is of course only one percent. No, no, the the statin supporters may say, the benefit is 50%, because one is 50% of two.”

Heart attacks in zoo animals?

A study of over 13,000 autopsies of animals that had died at the Philadelphia zoo recorded the first heart attacks of zoo animals in 1955.

In 1945, heart disease did not exist in the zoo.

By 1963, over 90% of all mammals and 72% of all birds that died in the zoo had heart disease. The diet of the animals had remained the same between 1935-1964.8

What was the pivotal global event that occurred in the mid 1900s, the point at which studies on cholesterol began to differ from one another?

World War II’s silent atomic weapon

Even though the war officially ended with the dropping of a nuclear bomb, this was only the start of the global radiation to come.

As World War II began, hundreds of thousands of people were now being subject to radiofrequency (RF) radiation. The entire population, and not just the military, were being exposed at unprecendented levels of RF radiation. The war had spawned a plethora of new industries that were using radiowaves in television and radio broadcasting, heating, navigation, as well as “radar ranges” for the home.

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Radar technicians often would complain of headaches, fatigue, chest and eye pain, and were sent for a quick medical exam and ordered back to work when nothing dramatic showed up on their blood work.9

The majority of these employees worked at Lockheed and were exposed to radar intensities of 3.9 milliwatts per square centimeter- a level that is almost four times the legal limit for exposure of the general public in the US today.

When more and more American troops began to report sick because of heart symptoms, President Roosevelt created a Committee of Medical research to investigate. In 1941, Mandel Cohen, a Professor at Harvard Medical School, was put in the lead of this investigation along with a team of researchers. Their 150-page report and body of work has long been forgotten, and it is thanks to scientist who describes their studies in his groundbreaking work The Invisible Rainbow, that this information lives on.

Chest Pains of WW2 soldiers chalked up to “anxiety”

Dr. Cohen and his team took the complaints of chest pain by these soldiers very seriously, and did not discount them as being symptoms of anxiety, or “low moral fiber”, as these troops were often told they had. Anxiety was a term invented by Freud, and was a physical, not a mental, manifestation of illness.

Conveniently, Freud had coined the term anxiety nervosa as the Industrial Revolution and electrification of the planet with thousands of miles of telegraph wire was in full swing.

To learn more about the origin of anxiety nervosa, read:

Most patients studied by Cohen’s team were found to be hypersensitive to electricity, as they pulled their hands away from even low-level electric shocks. Patients were asked to run on a treadmill for three minutes, and could only run for a minute and a half. Their heart rate after walking a treadmill for fifteen minutes was found to be excessively fast, and their oxygen consumption during exercise was abnormally low. They were found to use less oxygen than a normal person, even when they breathed the same amount of air.

The researchers concluded that the patients had suffered from a defect of metabolism. The engines of our metabolism are our mitochondria, and require sufficient levels of oxygen to function.

Soviet research on “soldier’s heart” agrees

The Soviets performed research in the 1950s, 60s, and 70s that was in agreement with Cohen’s team, and concluded the symptoms of heart disease stemmed from a defect in metabolism. Working in Kiev and Kharkov (modern day Ukraine), Dumanskiy, Shandala, Kolodub, and Kiselev proved that the activity of the electron transport chain- the mitochondrial enzymes that extract energy from our food- is diminished in animals that are exposed to radio waves and magnetic fields from ordinary electric power lines.10

Ultimately what the work of Dr. Cohen and Soviet researchers proved was that the “soldier’s heart”, often described as lacking oxygen, came to be not due to a deficiency in the lungs, but in the cells. Blocked arteries were not the cause of these soldiers’ hearts craving and gulping air.

Their cells could not efficiently use the air they were breathing. The misuse of oxygen then led the mitochondria, the engines of our metabolism, to struggle in breaking down fats, carbohydrates, and proteins:

“Unburned fats, together with the cholesterol that transported those fats in the blood, were being deposited on the walls of arteries. Humans and animals were not able to push their hearts quite as far as before without showing signs of stress and disease. This takes its clearest toll on the body when it is pushed to its limits, in athletes and in soldiers during war.”

-Arthur Firstenberg, The Invisible Rainbow

Did cholesterol lead to heart disease?

Yes, but only due to the fact that cholesterol itself could no longer be metabolized in these patients. Otherwise, having high levels of cholesterol before the 1950s were shown to extend life, rather than lead to an early death.

Do Farmers get more heart attacks?

In the 1940s, the Roosevelt administration made it a national priority to electrify all rural communities in the US.

In the beginning of the article I mentioned how heart disease mainly affected older populations in rural areas. In the mid 1800s, heart disease ranked as the 25th cause of death in the US.

Studies conducted by epidemiologists such as Samuel Milham, M.D., revealed that during the 1940s, not only cancer, diabetes, but heart disease was directly related to residential electrification.11 Rural communities had very little heart disease until they were subject to this electrification.

In 1940 people in the country began to suddenly die from heart disease at five times the rate as those who lived away from electricity.12 The graph below shows that the amount of rural heart disease was in direct proportion to the number of electrified rural homes in those states.

The Calcium Connection

If you have a heart condition, chances are you might be put on a calcium channel blocker. This is because the engines of our cells mentioned above, our mitochondria, require precise amounts of calcium to keep us healthy.13

How does EMF disrupt calcium?

Calcium is the most abundant mineral in our body, and isn’t just contained mostly in our bones. Our hearts, brains, and reproductive organs have dense concentrations as well. Calcium is responsible for muscle contraction, nerve function, cel growth, learning, memory, and blood clotting.

Professor emeritus of biochemistry and preeminent EMF researcher Martin Pall has proposed yet another pathway of EMF damage: voltage-gated calcium channels (VGCCs). Calcium is far more concentrated outside our cells than inside, and these electrical gates (VGCCs) tightly govern how much calcium our organs receive. If this highly regulated system is disrupted, chaos for our body ensues through the formation of reactive oxygen species (the opposite of antioxidants).

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The heart isn’t a pump, it’s a sparkplug

In 2013, Pall reviewed 26 studies on calcium and concluded that EMFs activated these VGCCs after about five seconds, flooding the inside of the cell with an unhealthy amount of calcium ions at a rate of about one million per second.

Our heart has one of the largest densities of VGCCs, and is highly sensitive to EMFs for this reason. Dr. Pall believes that the increasing rates of sudden cardiac death could be due to the rising exposure to EMFs, resulting in excessive activation of VGCCs.14

Synthetic electromagnetic radiation can trigger the following cardiac conditions:

• Cardiac arrhythmia (irregular heartbeat) - responsible for half of all deaths from heart disease each year.

• Blood pressure - The Lancet published a 1998 study that found using a cell phone can lead to a 5-10 milligram Hg (mercury) rise in blood pressure.15 In 2013 Italian researchers presented their data at the annual conference of the American Society of Hypertension, that answering and talking on a cell phone raised blood pressure in patients with an average age of 53 by an average 5-7 milligrams Hg.16

What are some natural strategies we can take to normalize blood pressure?

1. Magnesium - I don’t buy many supplements, but this is one that I take daily (600mg of elemental magnesium). There are various forms, but I like bis-glycinate since it’s very absorbable. Magnesium helps our bodies maintain healthy calcium levels and supports our VGCCs. However we do need a balance when it comes to absorbing this mineral. To learn more about how to get the most out of magnesium, read:

   The Minerals Professor Unhinged

   The Great Magnesium Hypnosis

   Let’s face it…

   Read more

   a year ago · 31 likes · 19 comments · The Minerals Professor

2. Flaxseed - due to its high alpha-linoleic acid content (a heart-healthy omega 3 fatty acid), has been shown to lower blood pressure. 17 When my wife was diagnosed with high blood pressure, she took flaxseed for a month and had a significant drop in blood pressure.

3. Sunlight - helps our bodies produce more nitric oxide, which dilates our blood vessels and lowers blood pressure as a result. Get out there, and get your skin in the game!

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Found this episode valuable?

If so, would you please share it far and wide?

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Please support our work with a premium subscription!

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If you’ve found this article valuable, would you please consider sharing it?

Does this sound like you?

You’re a committed health enthusiast.

You want to skip the fads.

You want a new lease of life & health.

You want to heal your EMF-induced illness* from the inside-out.

*Non-native electromagnetic radiation exacerbates epilepsy, cancer, autism, headaches, dizziness, anxiety, insomnia, depression, chronic fatigue, ADHD, memory loss, irritability, loss of appetite, nausea, tingling, and tinnitus.

But… you happen to do your own research…

find “voltage-gated calcium channels” (VGCC) everywhere…

and conclude:

• taking calcium worsens electrosensitivity (because you might think that you’re going to increase this intracellular calcium by taking calcium)

• taking a lot of magnesium is a good idea since magnesium is a calcium channel blocker

If this sounds like you, read on….

I will make a strong case that:

✔️ The overstimulation of VGCCs are a signal that we need more calcium in the diet & supplementation.1

✔️ Calcium deficiency is an epidemic.

✔️ Taking a magnesium supplement (and no calcium) for its calcium channel-blocking effects is not supporting our resilience against the EMF onslaught.

At the end of this article, we’ll learn:

👉 The importance of optimizing mineral status to resolve EMF-induced illness.

👉 Safer ways to detoxify heavy metals according to the body’s wisdom, so that we can increase our resiliency to EMF exposure.

How EMF overstimulates voltage-gated calcium channels (VGCCs)

If you’re aware of the hazards of EMF, you’re most likely aware of one of its leading independent researchers and voices in the wilderness of health freedom: Dr. Martin Pall2 , who has documented the cellular & hormonal effects of EMF.

To gain a synopsis of Dr Pall’s work on the cellular & molecular effects of EMF Radiation, I’ll take 3 snippets from his work.

In the 2013 study “Electromagnetic fields act via activation of voltage-gated calcium channels to produce beneficial or adverse effects”3 Pall states:

“The increased intracellular Ca2+ produced by such VGCC activation may lead to multiple regulatory responses, including the increased nitric oxide levels produced through the action of the two Ca2+/calmodulin-dependent nitric oxide synthases, nNOS and eNOS.

Increased nitric oxide levels typically act in a physiological context through increased synthesis of cGMP and subsequent activation of protein kinase G. In contrast, in most pathophysiological contexts, nitric oxide reacts with superoxide to form peroxynitrite, a potent non-radical oxidant, which can produce radical* products, including hydroxyl radical and NO2 radical.”

*Note: free radicals create oxidative stress and chronic inflammation if left unchecked.

In the 2016 paper “Microwave frequency electromagnetic fields (EMFs) produce widespread neuropsychiatric effects including depression”4 Pall mentions:

“EMFs have been proposed to act to produce a wide variety of responses in the cell, via downstream effects of VGCC activation, including elevated intracellular calcium [Ca2+]i, excessive calcium and nitric oxide signaling and also excessive peroxynitrite, free radicals and oxidative stress.”

In the 2022 paper: “Low Intensity Electromagnetic Fields Act via Voltage-Gated Calcium Channel (VGCC) Activation to Cause Very Early Onset Alzheimer’s Disease: 18 Distinct Types of Evidence”5 , Pall observes:

“Increased intracellular calcium [Ca2+] i may be both central and essential to the causation of Alzheimer’s disease (AD) and that increased [Ca2+] in the cells of the brain produces elevated levels of the amyloid-beta (Aβ) protein whose protein aggregates have specific and essential roles in causing AD.”

Let me break it down for you:

⚡ EMF Radiation activates voltage gated calcium channels (VGCCs), which

➡️ Increases intracellular calcium influx

➡️ acts on the Ca2+/calmodulin dependent nitric oxide synthases

➡️ reacts with superoxide to form peroxynitrite

➡️ then produces hydroxyl radical and NO2 radical (i.e. oxidative stress)

➡️ contributes to chronic fatigue, headaches, insomnia, depression, autism and a plethora of electrical illnesses.

Here’s an overview of how EMF makes us ill by acting on calcium:

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You might say that there is more calcium in the extracellular matrix than inside.

You might say that high intracellular* calcium is bad.

*Note: intra means within, whereas extra means without.

This is only partially correct.

Some intracellular calcium influx is good & healthy for overall cellular function.

A flux of intracellular calcium activates:

• nitric oxide, which can be a potent vasodilator

• neurotransmitters & hormones such as:

  • acetylcholine (nervous system)

  • glucagon (blood sugar)

  • insulin (blood sugar)

  • secretin (pancreatic enzyme)

  • cholecystokinin (CCK)

• voluntary (& autonomic) muscle contraction of your esophageal walls, skeletal muscles etc

By having these biological pathways activated, this allows us to:

• go to gym, rest & recover & form new patterns & “muscle memory”

• acquire new skills at a faster rate at school or work

• have sustained energy throughout the day

• Might have a prosperous sex life and bear children 😉

Chronically-high stimulation of VGCCs is what ruins our vitality, and:

• induces cell death (apoptosis) & DNA damage.

• induces oxidative stress due to the formation of peroxynitrite & free radical damage by the Fenton reaction6

• depletes reserves of antioxidant reserves such as glutathione, catalase & superoxide dismutase.

Chronic stimulation of voltage gated calcium channels can lead to modern health burdens today like Alzhemier’s, epilepsy, cancer, autism, high blood pressure, headaches, dizziness, anxiety, insomnia, depression, chronic fatigue, ADHD, memory loss, dizziness, irritability, loss of appetite, nausea & tingling.

🤔 Does this indicate that you have too much calcium??

Read on…

Two people from the same background can be exposed to the same intensity of EMF but one could have one of the worst symptoms & another could be generally unfazed.

This indicates the importance of different strokes for different folks for individualized medicine.

Want to learn which stroke is good for you?

Subscribe & take a free Metabolic Type Quiz:

The Minerals Professor Unhinged

Want to skip the fads, heal your health burdens from inside-out & have a new lease of life? In order to get there, you need to discover your metabolic type. Subscribe & take a free quiz on your metabolic type & its significance to your path to healing.

There’s A Calcium Deficiency Epidemic

Before I make my case for a calcium deficiency epidemic worldwide, I have to call out the serious calcium phobia occurring in the holistic health industry.

Lots of this phobia & overlooking calcium’s importance have to do with:

• A lot of nutrition labels contain calcium (and not magnesium)

• Different studies have challenged whether taking calcium is effective at reversing health conditions we would think are caused by a calcium deficiency like osteoporosis, osteopenia, kidney stones & fractures.

• There is a split between mainstream organizations (e.g. Mayo Clinic, US Preventative Services Task Force, Cleveland Clinic, Bone Health & Osteoporosis Foundation) over calcium supplementation & whether that is warranted for prevention of fractures & osteoporosis.

• There is a common saying within the holistic health space saying taking calcium “clogs your coronary arteries.”

It is a common saying between us health enthusiasts to say “take your cofactors” (e.g. magnesium, vitamin D3 & vitamin K2) so calcium doesn’t end up in the arteries.

However, based on how I synthesized the research, there is some validity to how farcical it is to take calcium in isolation. There are a lot of half-truths and lack of pertinent details that relate to how calcium is regulated in the body.

For a full breakdown of the case for calcium, here it is below:

The Minerals Professor Unhinged

Demystifying Calcium Phobia

A war is being waged on calcium…

Read more

a year ago · The Minerals Professor

How Does This Relate To EMF Illness?

You might think that high intracellular calcium means that we have too much calcium.

In fact, it’s the opposite.

Calcium regulation & homeostasis is critical to uncovering key clues to healing from EMF-induced illness.

A high serum calcium level increases the electrochemical gradient for calcium to flow into the cell through open VGCCs.

A high serum calcium level (hypercalcemia) is a feedback response to a low serum calcium level.

The body responds to a low serum calcium level by signalling the parathyroid to increase serum calcium levels as the blood calcium is the most important medium to maintain than other storehouses for calcium (e.g. bones, organs, muscle).

The parathyroid signals the release of parathyroid hormone (PTH) to act on the digestive tract to increase absorption of calcium from food & supplements & acts on the kidneys to activate vitamin D3 and to decrease urinary excretion of calcium.

This signal from the parathyroid is to cry out for help that you’re calcium deficient.

If you do not replete the body of calcium, the body will continue secreting parathyroid hormone (PTH). Until you do so, and it’ll continue to rob calcium from the bones to support the serum calcium level.

If the body is not repleted of calcium, PTH stays high & the serum calcium rises, this opens up the floodgates for calcium to flow into the cells through VGCCs.

And voila, the floodgates of intracellular calcium acts on the Ca2+/calmodulin dependent nitric oxide synthases then reacts with superoxide to form peroxynitrite then comes the formation of free radicals, and lo & behold EMF induced illness.

Easier said than done, but reversing the genesis of EMF illness could have been drastically reduced by not neglecting calcium.

However in spite of all that I said here, never ever ever treat a calcium deficiency in isolation.7

Taking Magnesium Without Calcium = No Bueno.

Blocking calcium channel activity does not address the fact that the body is overcompensating the serum calcium level due to not repleting the calcium.

Blocking calcium channel activity does not address the excessive parathyroid hormone signaling which limits calcium excretion from the kidneys.

Blocking calcium channel activity limits depolarization of the nervous system. 4 Depolarization of the nervous system is key for functions like our heart rhythm, reflexes, neurotransmitter release (like endocannabinoids), neuroplasticity, memory formation, blood pressure & regulation of vascular tone.

Blocking calcium channel activity limits our ability to respond to stressors.

Magnesium is an incredible nutrient and an amazing electrolyte. But when we take too much magnesium because we think we’re deficient, or our soils are too low in magnesium, or believe it’s our ticket to remedy anxiety (or depression), we don’t just inhibit calcium channel activity. We also inhibit depolarization of the nervous system and disrupt a complex interconnected mineral-vitamin-hormone-glandular web that governs how our bodies function.

One way that taking magnesium based on a perceived deficiency affects this interconnected web is to lower our tissue sodium levels, which relates to mineralcorticoid (balance salt and water in our body) function.

Lowering the tissue sodium levels further depresses adrenal glandular activity & reduces our resilience against the onslaught of EMF.

I’d argue that those of us who are the most electrosensitive typically have a low sodium level on a Hair Tissue Mineral Analysis (HTMA).

Those with a low sodium level can have symptoms of chronic fatigue, anxiety, headaches, depression, memory loss & dizziness.

Just a kind reminder: I never said to avoid magnesium supplementation.

I’m saying don’t scientifically guesstimate when it comes to the complex balance of nutritional supplementation.

More EMF Sensitive = More Heavy Metal Toxic?

Research on heavy metal-induced electrosensitivity is few & far between, and a bit generic, and discusses:

• inducing oxidative stress & promoting free radical damage

• heavy metals acting as micro-antennas, which is similar to the effects of EMF.

• combining with EMF and amplifying the toxic effects

There are two heavy metals that specifically increase our risk of being electrosensitive: aluminium & mercury.

Let’s explore why.

Why Aluminium? Well, aluminum:

✔️ is a calcium antagonist (impedes normal function) in various enzymes.

✔️ has an affinity for the skeletal system, the kidneys, the brain, lungs & the liver

✔️ has a similar atomic size to calcium. They are next to each other horizontally on the periodic table. For an element to fit into an enzyme at its binding site, it needs to have the right charge (valence) and/or the right ionic radii (radius).

✔️ increases intracellular calcium levels. A 1996 study by Gill et al8 found that aluminium treatment not only increased intracellular calcium levels but increased levels of lipid peroxidation, decreased fluidity of synaptic plasma membranes, and inhibited the effects of depolarization-induced calcium uptake. These are similar mechanisms to the effects of EMF radiation.

✔️ exposure is ubiquitous. Almost everyone has high tissue levels of aluminium on a Hair Tissue Mineral Analysis. Cheers Bill Gates!

✔️ toxicity can manifest in autism, chronic fatigue, brain fog, attention deficit & Alzheimer’s. It’s called the “soft-in-the-head” metal for a reason.

Why Mercury? Well, mercury:

✔️ is a calcium and magnesium antagonist.

✔️ Mercury has an affinity for the central & peripheral nervous system, the kidneys, thyroid gland & reproductive organs.

✔️ Mercury has a similar charge to calcium (+2) and can displace calcium in various enzymes including the central & peripheral nervous system

✔️ The presence of methylmercury overloaded the nervous system with intracellular calcium, which leads to overexcitation of the nervous system by glutamate, contributes to the failure of energy metabolism, contributes to reactive oxygen species (ROS) production and disrupted mitochondrial health according to a July 2012 study by Roos et al.9

✔️ There is an intriguing case study by Mortazavi et al10, which discovered that MRI (magnetic resonance imaging) as well as microwave radiation emitted from mobile phones significantly release mercury from dental amalgams. The study did not say that the participants had immediate symptoms from the mercury vaporization.

✔️ Microwave radiation from wireless devices has been proven to open up the blood-brain barrier (BBB), the last line of defense of our neuro-immune system. . Increased permeability of this barrier has been found in those with autism. As far back as 1970, Allan H. Frey conducted research for the US Navy and found that EMF allows other environmental toxins to leak through our BBB.

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If there is one message to drive home about heavy metal toxicity & the intensity of electrosensitivity it’s that our toxic burden is like an alloy, meaning a combination of different toxins. It’s safe to say that given our astronomical exposures to heavy metals, everyone (bar none) is heavy metal-toxic to some degree.

Thus it is extremely short-sighted to seek a specific detox regimen for a specific heavy metal. Detox programs like the Andy Cutler Chelation protocol & other chelation or specific detox programs do not operate within the body’s wisdom & promote detoxification safely. I liken these protocols to going to war with your body (and no one wins).

For more insights on the shortcomings of chelation therapy, see here:

My personal finding of those who are the most electrosensitive is that they have a high number of poor eliminators on a Hair Tissue Mineral Analysis, they have a high tissue calcium level (high tissue levels of parathyroid hormone) & a low tissue sodium level (low adrenal glandular activity).

This indicates poor liver, kidney, and mitochondrial health, which makes us more susceptible to EMF-induced illness.

Closing Thoughts

Supporting your body to be more resilient against the onslaught of EMF Radiation is easier said than done.

However, you won’t be doing yourself a favor avoiding calcium supplementation and/or taking loads of magnesium by way of supplements, lotions & Epsom salt baths all in hopes of suppressing the propagation of voltage gated calcium channel activity and alleviating your EMF-induced symptoms.

How can you help your body be more resilient against the EMF onslaught?

Support the overall Mineral system, which includes:

• assessing your mineral status

• nourishing your body for your current metabolic type

• detoxifying the body safely & according to the wisdom of the body &

• promoting a lot of rest throughout all areas of your life.

If you’d like to learn more about how you can execute this protocol, book a Discovery Call here:

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I may have just saved you years of incorrect paradigms of what it takes to correct an EMF-induced illness. I firmly believe that there are different strokes for different folks.

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Demystifying Calcium Phobia

A war is being waged on calcium…

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a year ago · The Minerals Professor

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The Biological Dangers of 5G and Electromagnetic Radiation - Interview with Dr. Martin Pall

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3 years ago · 35 likes · 39 comments · Medical Truth Podcast

Here’s what we’ll learn in this article:

1. Why is anxiety nervosa a myth?

2. How are women often mislabeled as hysterical?

3. How is the rollout of the telegraph correlated with hysteria?

4. What is anxiety costing US adults and teens financially?

5. Five free ways we can lower anxiety

A myth isn’t a lie - but a story that tells itself.

The history of anxiety was first told by its victors - psychiatrists who conjured a human history of suffering on notepads that have now become the Western medical model. This is how our collective story of anxiety now tells itself:

Anxiety is all in your head.

Women are hysterical.

Women have weak nerves.

At least that’s what the Titans of the Electrical Age, including Sigmund Freud made many believe.

People actually had and still have neurasthenia, meaning “weak nerves.” You’ve probably never heard of this mystery illness. Before you chalk it up to the land of make-believe, we’d like to take you down a dark alley that’s sure to sparkle your curiosity. Let’s take a stroll down Electric Memory Lane, where serene streets are less sacred, and tranquil nights profane.

How women become hysterical

In the early 1800s, hysteria described a neurological condition of the body, not the mind.  The “hystera” is Greek for uterus, and hysteria was a neurological disease that was believed to originate in the internal organs. For centuries the term nervous meant “neurological”, pertaining more to the body than mind. Nervous disorders included epilepsy, contractions, paralysis, tremors, cramps, alcoholism, loss of sensations, tetanus, and gout.

In the early 1800s, many illnesses were still being called hysterical, even when there was nothing wrong with the uterus. When women had tremors, palpitations, or seizures, but the internal organs were not affected, they were called “nervous.”

A colleague of Thomas Edison, and budding New York City neurologist George Miller Beard, noticed this trend of increasing nervous disorders. In 1869, Beard published a paper in the New England Journal of Medicine, where he came up with the term neurasthenia, which means “weak nerves.” If there was nothing wrong with the organs, what was precipitating this “nervousness”?

The hormonal rollercoaster of light

Women are more sensitive to hormonal changes, which are directly influenced by fluctuations in the electromagnetic environment. For instance, more women tend to be afflicted with Lyme disease due to higher levels of the leptin hormone.1 When leptin increases as the result of a biotoxin exposure such as Lyme, there is a simultaneous decrease in melanocyte-stimulating hormone (MSH). Our bodies produce MSH in response to the electromagnetic stimulus of ultraviolet light we get from the Sun. MSH then produces melanin, an anti-inflammatory, anti-carcinogenic hormone. As the entire planet embraced electric lighting, more people began to work indoors.

In 1885, German physician Rudolf Arndt made a connection between neurasthenia and electricity.  He did this at the height of industrialization, for which he was vehemently admonished by his fellows. Arndt proposed that “electro-sensitivity is characteristic of high-grade neurasthenia.”

Arndt believed that a large obstacle to acknowledging electromagnetic poisoning was that the people who were less sensitive to electricity chalked up this study to the likes of superstition. Let us paint a picture of what was happening at that time, which was a systematic electrification of Earth.

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The timeline leading up to the Dawn of Electricity:

1839 - Europe installs telegraphs

1844 - US installs first telegraph

1850 - telegraph lines are under construction on every continent. Twenty-two thousand miles of wire are energized in the US, four thousand through India, where “monkeys and swarms of large birds” are alighting on them.2

1875 - thirty thousand miles of submarine cable descends the depths of the ocean, and seven hundred thousand miles of copper web sprawls over the surface of the earth, enough to encircle the globe thirty times.

1885 - telegraph wires link almost thirty thousand homes and businesses over New York

1889 - Edison General Electric Co. is incorporated: every US city gets electric lighting, powered by AC (alternating current) motors. The Age of Electricity begins.

1897 - Marconi begins sending radio (wireless telegraphy) transmissions at one million cycles per second (our home wiring runs on 60 cycles per second)

All of the great physicians of that time, and centuries before, ascribed to the fact that our bodies had their own DC (direct) electric current.  Once disturbed, all our other biological functions would go astray. Industry had their way however, and did a better job of marketing their solutions that were seen as progress, over the seemingly backward philosophies of vitalists such as Newton and Galvani, who maintained there was an etheric vital force in each organism. In 1985, Robert Becker would go on to prove that this vital “life force” does in fact exist, in his book The Body Electric.

The most important observations made by the 19th century medical community regarding neurasthenia were that it:

1. Spread along routes of the railroads and telegraph lines

2. Affected both men and women, rich and poor

3. Also affected those who suffered from weather sensitivity

4. Sometimes resembled the common cold or flu

5. Ran in families

6. Increased likeliness of allergies and diabetes

7. Lowered tolerance for alcohol and drugs

8. Seized, most commonly, people in the prime of their life- 15 to 50yrs.

Then came the magic umbrella word to cover up industry’s pollution.

Over a century ago, at the dawn of an era that gave electricity its blessing to go full throttle not just for communication, but for light and power, Freud invented the term anxiety nervosa for these symptoms:

• Irritability

• Heart Palpitations, chest pain

• Perspiration

• Shortness of breath, asthma

• Diarrhea

• Vertigo

• Nausea and vomiting

• Arthritis

• Numbness and tingling

• Tremor

• Frequent urination

• Insomnia

• Ravenous hunger

• Weakness

• Exhaustion

All of the cases of neurasthenia, which were concerned with the nerves of the body, were now classified as a mental disease.  Environmental illness caused by a toxic environment isn’t given as much credence to this day due to Freud, who blamed its symptoms on out-of-control emotions and disordered thoughts.

It is indeed “all in our head” when we allow the thought that “we’re bad” to be planted in our psyche.

Food for thought: some modern interpretations of Christianity tell us we’re all originally sinners. Are we? Or are we only souls seeking perfection? A sinner is a fixed label, whereas one who accepts their divine essence has room to grow.

How do you think the concept of a sinner may have an impact on our relationship with health and technology?

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Because of Freud, environmental illness (illness caused by a toxic environment), is widely thought not to exist, its symptoms automatically blamed on disordered thoughts and out-of-control emotions.

If all of this history seems out of the blue, I don’t blame you. It was the same for me, until I found I had been living under a rock called the U.S.  In the International Classification of Diseases, code F 48.0 is for neurasthenia.  This code was removed in the US version. Even in the Diagnostic and Statistical Manual (DSM-IV), the official system for assigning codes to mental diseases in American hospitals, there is no code for neurasthenia.

Most of the world still recognizes neurasthenia as one of the most frequently diagnosed diseases, usually indicating chronic toxicity.  Physicians in these other countries take into consideration the effects of our environment and external stimuli, and have a holistic approach, vs our magic pills.

We hear it all the time: “mind is body.” What physically bridges the mind and body?

Our nerves.

If the bridge is out, how can we find a foothold in the stressed and tattered planks of our daily lives?

We can meditate, exercise, and eat well, however isn’t it easier to remove toxins at their core, rather than adding more to the equation?

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What is anxiety costing us today?

In 2019, almost half of all US adults experienced some form of anxiety.3 In 2022, those suffering from anxiety incurred average annual medical costs of $11,711 to $18,045.4 Their total healthcare costs tended to be almost twice as high as those suffering without anxiety. The health and economic burden, including interference with performing daily activities, and an inability to function in society also contributed an average annual indirect cost of $7,500.

A 2025 study published in the journal PLOS Medicine found that young adults who experienced psychological stress as teens earned over $5,600 less in wages than those who didn’t.5 Finally, the researchers estimated that if a nationwide mental health expansion policy could reach just 10 percent of those stressed teens, the “labor supply impacts alone” would lead to an additional $52 billion in federal revenue over 10 years.

A 2024 analysis6 of commercial healthcare spending from Cedar Gate Technologies revealed the highest costs for behavioral and mental health are incurred by teens aged 15 to 19 years old with anxiety. This age group accounts for at least 31% more per-member per-month spending than any other. The study estimates that early intervention and effective treatment could save $3,321 per person in healthcare costs within two years.

Why don’t we remove the root of the anxiety, which is the nerve-wracking, neurologically-toxic wireless device that emits artificial light, instead of expanding more government programs? This would be a win-win for states who want to save money, and teens and adults who want to make more. The loser: Silicon Valley.

5 free ways we can lower anxiety

Indoor culture has accelerated and welcomed, with open arms and closed front doors, since the lockdowns of 2020. The lines between work, play, and family have been blurred. Many of us are at a loss, and accepted the cost, of being stranded on an island where screens seem to be the wave of a tireless future.

However, a bridge between that old way, and the new mind and body of today is being built, one nail at a time. Entrepreneurs are springing forth with new solutions to the anti-human technology of our past. We can create a new timeline for us all, as long as we have the vision, trust, and will to do it together. Many of our readers and colleagues are already forging the bricks of a more robust hereafter, providing solutions in their own lives like circadian armor, EMF shielding, blue light and dirty electrical filtration7, and daylight computers.

If you’re new here - welcome. We understand how overwhelming this can all be.

We used to feel the same way, until we found that taking one small step each day had a tremendous, positively palpable impact on our health.

Here are a few tactics you can try to reduce anxiety, which don’t cost us a thing, and that Bohdanna and I do daily in our lives:

The first two require almost zero effort (less-is-more):

1. Eliminate blue light at night - decreases levels of cortisol stress hormone, protects against low levels of melatonin.

2. Shut off Wi-Fi at night: wireless is invisible light, which keeps your brain alert and lowers melatonin - our growth hormone. A solid night’s rest is the best way to bring more calm into our lives.

The next three also cost nothing, just require a little effort that goes a long way:

3. Wim Hof breathing to regulate our nervous system - consistent practice leads to a stronger immune system, lower blood pressure, reduced levels of stress, and overall improved well-being.8

4. Cold showers/plunges - reduces cortisol, while cold water immersion at 14°C / 57° F has been shown to increase dopamine naturally by 250%.9

5. Sun exposure - increases MSH, which decreases stress response.

Which ones can you commit to right now?

Any tactics that have helped you reduce anxiety? We’d love to hear your feedback!

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In a world gone mad, it’s okay to be a little crazy.

Just don’t go insane doing the same things, and repeating the same patterns day in and day out. New rhythms may be simple, but not always easy to introduce into our harried lives. That’s why we love getting out to see that Sunrise, rain, snow, or shine.

Instead of our hectic electric days going off with the blast of the starting gun, why not let them quietly unravel with the muffled silencer of nature instead?

We are more powerful than we know,

Roman & Bohdanna

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CHILDREN'S BOOK ON EMF

1. How can we prevent collective tech suicide?

2. How Silicon Valley CEOs approach screen time for their children

3. What are the mental health costs of owning a phone?

4. EMF and turbo cancer in younger populations

4. Italy: Cell phones cause brain cancer

5. What are the financial costs of brain cancer?

6. What are the symptoms of brain cancer?

7. How are other countries confronting the wireless threat?

8. What can we expect from the Trump administration re: wireless?

9. How the current FCC Chair is connecting 5G & Telehealth

10. What is NeuroFlow?

11. How we can Make Healthcare Great Again

12. See the entire interview with Charles Frohman on The ElectroHealth Summit!

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When we experience shame, we feel dishonor. Ashamed, our natural reaction is to hide. A while ago, I learned how to apply the coping skill of opposite action, which lets us transcend the shame we feel by stepping out of the shadows, and confronting the psychological battlefield.

Many of my past coworkers used to retort: “I’ll sleep when I’m dead” as if insomnia were a badge of honor. As humans we’re wired to embrace the collective norms of our tribe, even if it doesn’t serve our individual self-interest. Similar badges of honor were worn by the Japanese, who would commit suicide through the ancient ritual of seppuku, or falling on one’s sword. This was done in order to save face for your family, to protect them from poverty, or because you had disgraced your peers so much that your continued existence was unacceptable. This act also served as a dramatic way to demonstrate one’s obedience to the chain of command.

This ritual still clings to our psyche. Do you remember being scorned by your parents asking “If your friends jump off a cliff, would you?” While we may think this is attributed to lemmings committing suicide, this is in fact a myth. The true story has much darker origins - rooted in shame. In 1944, when American troops defeated the Japanese at The Battle of Saipan, the Japanese committed mass suicide to save face.

“Adding to the tragedy, after it was clear the battle was lost, a devastating number of Japanese civilian men, women, and children committed suicide by leaping off of a 600-foot cliff into the sea in order to avoid capture.

The total number of suicides is unknown, though most estimate at least several hundred, possibly more than 1,000 people took their own lives on that day. This collective suicide earned the cliff its new name, Banzai Cliff, as jumpers shouted ‘banzai’ while they plummeted to their deaths, wishing the emperor 10,000 years of life.”

Source: , Atlas Obscura

Instead of confronting their shame, these civilians chose to hide, drowning themselves in the depths of dishonor. May God have mercy on their souls. Similar acts of “honorable” conduct in the last few years, as impaling one’s arm onto needles fashioned by the US Department of Defense marked one a hero for the cause, while those defecting from the front lines of mass sacrifice were branded a coward and a traitor.

In order to provide for ourselves, our families, and partners, many of us are expected to fall on the sword of digital servitude daily. We’re ordered to carry a cell phone by our employer, or give our children these same wireless devices so that we’re not judged by our peers as irresponsible, backward parents. If we do not, we’re cast out as cracked-up health nuts, or worse - tinfoil hat conspirators.

Unfortunately, the shame is too much to bear for many of us, so we do what we believe to be honorable according to society. We continue to wander along as vagrants on the high roads of health, taking detours and adopting quick fixes like buying pendants and cell phone stickers, eating “superfoods” and taking more supplements, while never being able to grasp for the vital life we know is possible.

We cower, obey, and say:

“The tech is all around us.”

“I’m only one person - what can I do?”

“I’m tired - and what will my friends think?”

Maybe you need to get new friends.

Like the ones who went to San Francisco and wear silicon chip flowers in their hair. What do these self-appointed emperors of Silicon Valley proclaim as an honorable code of technological conduct for their own clans of future marauders - their children?

“I don’t generally want my kids to be sitting in front of a computer for a long period of time.” ~ Mark Zuckerberg

“It probably interferes with productivity in weird ways. God only knows what it's doing to our children's brains." ~ founding President of Facebook Sean Parker

“It’s really important that [my daughter] gets time to just be with her thoughts and be with her blocks and be with her toys, so we’ll be regulating [tech use] pretty heavily.” ~ Reddit co-founder Alexis Ohanian

My children aren’t allowed to use that shit.” ~ Former Facebook executive Chamath Palihapitiya, speaking about social media1

What are the financial costs of our phones on mental health?

Many of us intuitively understand that screens are a problem, and highly addictive. Along with the effects on our children and relationships, what is this technology costing us financially? The hellish marriage of social media software and wireless software was consummated in earnest in 2009, as Facebook introduced the Like button and Twitter introduced the Retweet. This allowed messages to go viral in ways never before possible. In 2010, the iPhone 4 was released with a front-facing “selfie” camera, along with FaceTime video calling. Now children could have their pictures ridiculed by the viral millions.

In 2010, the average annual total cost for a child aged 10-19, admitted to a US hospital as an inpatient for self-harm, was $16,631.2 In Massachusetts, self-harm patients who are admitted to the ICU and stay for up to a week, adding extensive outpatient services, have gotten bills of $175,000.3 The annual cost of nonfatal suicide attempts in the U.S. was $26.3 billion in 2020.

Unfortunately, our world history of self-harm goes deeper, with roots of consumerism stemming back to the Electrical Age of the 1800s. Before 1850, heart disease was as common as accidental drowning, and the 25th cause of death in the US. Cancer was rare before the 1800s, and lung cancer was once so uncommon that it was not even listed in most countries until 1929. The increase in cancer began slightly before heart disease, and early records from England show that cancer deaths were rising as early as 1850. In 1839, the first telegraph was developed, and in 1850, over two thousand miles of wire ran the breadth of England.

In 1914, among 63,000 American Indians living on reservations, none of which had electricity, there were only two deaths from cancer. The cancer mortality in the US as a whole was 2.5 times as high. An ususual one-year rise in cancer mortality of 3 to 10 percent occurred in every modernizing country in 1920, which corresponded to the dawn of commercial AM radio. Electricity and EMF damage the respiration and oxygen metabolism of our mitochondria, the engines of our cells. Damaged respiration reduces the number and size of mitohoncdria, creates mitochondria with an abnormal structure, and lessens the activity of our metabolism, otherwise known as the electron transport chain. All of these signs are being routinely found in most types of cancer.4

Brain cancer has also been on the rise since the adoption of cell phones in the 1980s. However, due to government agencies such as the Department of Defense and Veterans Affairs not cooperating, much of the data is missing. As many as 70,000 cases of cancer from the VA were not being reported from 2003-2006. The Finnish cancer registry also seriously underreported brain tumors. In 2007, researchers at the Swedish National Board of Health and Welfare found out that one-third of the cases of brain cancer diagnosed at university and county hospitals were not being reported to the Swedish Cancer Registry.5

Younger populations may develop cancer more rapidly

A 2018 study conducted by Elihu Richter in Israel showed how 47 patients quickly developed cancer after occupational exposure to high levels of radio waves. Many of the patients, especially those younger, developed their cancers within a surprisingly short period of time - some as short as five or six months after the beginning of their exposure. Richter’s team warns that “with the recent introduction of Wi-Fi into schools, personal computers for each pupil in many schools — young people are no longer free from exposure to EMF.”

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Cell phones cause brain cancer

In 2017, for the first time in the world, a court recognized a causal link between use of a mobile phone and a brain tumor. A court in Turin, Italy ruled that excessive, work-related use of a mobile phone caused executive Roberto Romeo to develop a brain tumor, awarding him a state-funded pension. Romeo, 57, had testified that his work duties obliged him to use his mobile for three to four hours of each working day for 15 years.

“I had no choice but to use my mobile to talk to colleagues and organize work – for 15 years I was calling all the time, from home, in the car.

“I started to have the feeling of my right ear being blocked all the time and the tumur was diagnosed in 2010. Happily, it was benign but I can no longer hear anything because they had to remove my acoustic nerve.”

~ Roberto Romeo

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During the proceedings, a medical expert estimated the damage to Romeo at 23 percent of his bodily function, prompting the judge to make a compensation award of 500 euros per month to be paid out by Italy’s national health insurance.

WHO says cell phones don’t cause brain cancer

According to a 2024 research review6 commissioned by the World Health Organization, published by Ken Karipidis and collegues included sixty-three studies between 1994 and 2022, stating cell phones “likely do not not cause brain cancer.” There are many flaws with this study, which include:

Cumulative Call Time excluded

The study’s authors ignored the largest studies with statistically significantly odds (OR) in the highest exposed groups. Cumulative call time (CCT) is one of the most important variables to consider when studying the impacts on health effects. However the 2024 WHO review only published users who had had a low CCT, some as little as one minute per week for 10 years (2001-2011). Put into perspective, this is about 8.7 hours of total use in ten years.7 The study also did not publish the CCT results of high users, and excluded the data on the graphs included in the study. Dr. Joel Moskowitz and colleagues countered the WHO review with their own study. Their comprehensive analysis of studies found significant evidence linking cellular phone use to increased tumor risk, especially among cell phone users with cumulative cell phone use of 1000 or more hours in their lifetime (which corresponds to about 17 min per day over 10 years).

Real-life scenarios excluded

The Karipidis study did not take into account laterality, or the side of the head used during mobile phone calls related to the location of brain tumors. Studies on laterality show clear evidence of increased risks of brain tumors for ipsilateral (same side as the brain tumor) use of the mobile phone, including also the cordless phone. Thus, results on the most exposed part of the brain were excluded.

The WHO review by Karipidis also only included five studies that modelled (simulated) exposure from transmitters or base stations and only studies on pediatric cancer, thereby excluding several studies showing increased risks for cancer in children and adults near transmitters and base stations. One of the two included base station studies reported increased risk “of all neoplasms in children with higher-than-median RF exposure to [Mobile phone base stations] MPBS”. Yet, the authors claimed there would be “moderate certainty evidence” of no childhood leukaemia risk.

All use of cordless (DECT) phones was disregarded although they were also exposed to the same kind of RF radiation as from mobile phone use. Lennart Hardell and colleagues has shown that also use of cordless phones is associated with increased risk for glioma and acoustic neuroma tumors.8

Powerful misdirection

Karipidis and colleagues state in their review that the “average output power of cordless phone is 1–2 order of magnitude less than that from 1G to 2G mobile phones,” and also write that “most participants in the reviewed studies had used mobile phones operating on 1G-2G networks, and mobile phones of newer technology (3G-4G) have substantially lower average output power.” Here the authors are referring to the SAR (specific absorption rate), or the amount of radiofrequency energy absorbed by the body. The SAR measurement is misleading as it does not take into account frequency or the electric fields generated by cellular base stations or mobile phones. While you may have a microwave that is less powerful, which may not heat your food as quickly, the frequency of 2.45 GHz is still the same, and has the biological effects on DNA.9

Older cell phones used lower frequencies, whereas newer cell phones use higher frequencies. As frequency increases, the wavelength (or space between each electromagnetic pulse) is lessened, resulting in more information transmitted over a shorter distance. Newer 5G cellular systems also use laser beamforming technology, which has a substantial increase in power level and power density from older (1G-4G) generations.

Biased results

Several of the authors in the Karipidis group have conflicts of interests, with ties to ICNIRP, a private organization that has recommended the exposure limits that most countries in the world have adopted. The telecommunications industry has adapted their technology to the ICNIRP limits. Several investigations10 have concluded that there are ties between the telecommunications industry, the ICNIRP and the WHO11, the latter commissioning the Karipidis report. According to the Ethical Council at the Karolinska Institute, Stockholm, Sweden in a verdict on Anders Ahlbom at Karolinska Institute Stockholm, the membership in ICNIRP is a potential conflict of interest.12

According to one of the major telecomm infrastructure providers, lower limits than ICNIRP’s would make the 5G roll out “difficult or impossible.”

Below is a list of authors with conflicts of interests:

• Ken Karipidis, first author, is member of ICNIRP (today vice chair), since 2015

• Dan Baaken, second author, is scientific secretary of ICNIRP since July 2024.

• Tom Loney has performed research and provided advisory services to the defense, industrial and healthcare sectors. The defense industry has interests in the outcome of a cancer risk evaluation of RF radiation, thus a potential conflict of interest.

• Martin Röösli is a member of ICNIRP since 2016. In addition, he has received funding for research from a Swiss foundation funded by the telecommunications industry13 that serves as an intermediate between telecom industry and researchers.

• Susanna Lagorio has collaborated with scientists with known conflicts of interests in terms of funding from industry and membership in ICNIRP.14 She has testified on behalf of Radio Vatican regarding cancer risks from the RF-radiation.

What are the financial costs of brain cancer?

The global market for treating brain cancer is currently $4.2 billion USD, and is expected to reach $10.3 billion by 2032. The brain cancer market is currently growing at a staggering 10% annually.15

A study published in the Journal of Neuro-Oncology revealed that the average cost for treating brain cancer in the United States can range from $100,000 to over $1 million per patient, depending on the type and stage of the disease. Patients may pay up to $47,000 for each round of radiation treatment.16

Aside from direct medical costs, brain cancer exerts a great financial toll on survivors, as cognitive and physical challenges posed by the disease often make it impossible for patients to continue their careers or find suitable employment opportunities. A study conducted by the American Cancer Society revealed that brain cancer survivors experience higher rates of unemployment and reduced work hours compared to the general population. This loss of income and productivity not only affects the patients themselves but also has long-term financial consequences for their families.

What are symptoms of brain cancer?

Symptoms vary from person to person, and may include*:

• Headaches, often the first symptom, may become more frequent as time passes. It may get worse when you lie down or bend over.

• Seizures can take many different forms, such as numbness, tingling, uncontrollable arm and leg movements, difficulty speaking, strange smells and sensations, staring and unresponsive episodes or convulsions.

• Changes in mental function, mood or personality: you may become withdrawn, moody, or inefficient at work, feel drowsy, confused, and unable to think. Depression and anxiety, especially if either develops suddenly, may be an early symptom of a brain tumor, and you may become uninhibited or behave in ways you never have before.17

• Changes in speech (trouble finding words, talking incoherently)

• Changes in the ability to hear, smell, or see (blurred vision)

• Loss of balance or coordination

• Change in the ability to feel heat, cold, pressure, or sharp objects

• Changes in pulse and breathing rates

5 alternative ways we can beat brain cancer

Dr. Dominic D’Agostino is an associate professor in the Department of Molecular Pharmacology and Physiology a the University of South Florida Morsani College of Medicine, and a senior research scientist at the Institute for Human and Machine Cognition. The primary focus of Dom’s laboratory is developing and testing metabolic therapies, including ketogenic diets, and ketone supplements to induce nutritional ketosis. His research is supported by the Office of Naval Research and Department of Defense. In Tim Ferriss’ book Tools of Titans, Dom discusses what he would do if he were diagnosed with a late-state glioblastoma (GBM), an aggressive brain cancer:

1. Ketogenic diet as base therapy - this is the foundation

2. Intermittent fasting: 1 meal per day within a daily 4-hour window

3. Ketone supplementation 2 to 4 times per day

4. Metformin

5. DCA (dichloroacetic acid)

Tim goes on to ask another MD he trusts, the same question (“What would you do if you had late-stage GBM?”), without sharing Dom’s answers. His anonymized answer:

“If I had GBM I would do the following:

1. No radiation

2. Calorie-restricted keto diet

3. Metformin at 2 or 2.5g/day

4. DCA

5. Hyperbaric oxygen

6. Rapamycin in modest, intermittent doses

Not sure I could recommend this to anyone, though.”

How are other countries confronting the wireless threat?

What can we do about this persistent danger that surrounds us? If we want to raise our level of health consciousness, we can take an example from other health-conscious nations.

Schools and governments worldwide have taken action to reduce levels of wireless and electromagnetic radiation in the classroom. Here are a few examples:

France

France has banned Wi-Fi in kindergarten18, and restricts Wi-Fi in schools by having the wireless off as the default setting. In-school networks are being hardwired, and in situations where wireless is needed it is turned on only for a short duration in the classroom as needed and turned off after use. France also has banned cell phones in elementary/middle schools19 and started educating the public years ago with public health initiatives20 about how to reduce exposure.

Cyprus

Cyprus has removed Wi-Fi21 from elementary school classrooms and has a strong public awareness campaign educating parents, teenagers, and pregnant women, including comprehensive guidance on how to hardwire computers.

Belgium

Belgium has banned22 cell phones manufactured for young children and also banned Wi-Fi in the kindergartens of Ghent.

Israel

Israel has banned23 Wi-Fi in nursery schools, restricts Wi-Fi in elementary grades, bans cell phones in classrooms, has a national institution teaching how to reduce cell phone radiation, and has a limit of 4 mG for EMF.24

French Polynesia

French Polynesia also has removed Wi-Fi from nursery schools and turned wireless OFF as the default setting, in addition to launching a major public health campaign for the country.25

Russia & Sweden

Russia and Sweden are the latest countries to ban cell phones in classrooms. Numerous other countries already have school cell phone prohibitions including England, France, the Netherlands, Finland, Israel, China, Australia, Greece, Ghana, Rwanda, and Uganda, but not the United States.26

The Russian school cell phone ban is for all grades and the Swedish ban is for students from grades 1-9 (up to around 16 years). In Sweden, the ban extends even during breaks between classes.

Russia has allowable environmental levels or wireless radiation much lower than U.S. FCC or ICNIRP27 limits:

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Here’s a snapshot of how other nations are addressing the wireless health threat:

What can we expect from the Trump administration?

Even though the Federal Communications Commission (FCC) has been rightfully smeared as a “captured agency” by the Harvard Center for Ethics in 2015,28 we can take heart that Trump is a populist, who is more likely to follow the will of the people than his predeccesors. However, Trump is also heavily-backed by technocrat Peter Thiel, Elon Musk’s former business partner at Paypal. Thiel has openly called for a technocratic, centralized regime.

In the astute words of , “technocracy’s core idea is that society should be managed by a scientific priesthood, which would regulate society to ensure production and distribution of key goods.” This is effectively communism. In a world that is changing rapidly, how can those who seek to profit from the human capital of production control distribution? Through advanced technologies like space-based artificial intelligence29 and ground-based 5G cellular networks.

The global slave colony of jobs and bones

St. Petersburg has been called the Paris of the North, but is more appropriately named the City of Bones. Historians believe the remains of some one hundred thousand 18th-century serfs are buried beneath its wide Parisian-style avenues and grand Italianate palaces. Some estimates are that 30,000 people died in the city’s initial construction alone. Working conditions were awful, with many resorting to using their shirts to carry back stones to the construction site. Most died of scurvy, dysentery and malaria. What we see now looks impressive, but it was built on misery.

Today many US workers are flying to the promises of Trump and his cabinet, all the while believing that he only wants to make America Great again. People often believe Trump’s version of Great is their own version - but what if it isn’t? What if the Greatness is not about bringing back traditional American values, but building an electronic slave colony forged with the collective suffering of those too ashamed to confront the truth - being used to build a Palace of Doom?

Let’s remember that in March of 2020, Trump signed into law a pair of bills designed to boost wireless and broadband networks: the Secure 5G and Beyond Act, which requires the President to develop a strategy to secure and protect 5G technology. We can only hope to Make America Healthy Again by putting pressure on our local politicians, and supporting bills (like those I discussed with Charles Frohman below) that raise awareness around not only the wireless health costs, but the costs of real-estate devaluation. Many conservatives look the other way when it comes to Musk’s transhumanist agenda, since their hate of the woke agenda surpasses their love for true health freedom.

Carr cares

Nominated by both President Trump and President Biden, and confirmed unanimously by the Senate three times, Brendan Carr is the senior Republican on the Federal Communications Commission (FCC). Carr has been described as “the FCC’s 5G crusader.” Carr served previously as the FCC’s General Counsel.

Carr has led the FCC’s work to modernize its infrastructure rules and accelerate the buildout of high-speed networks.30 Commissioner Carr is also focused on expanding America’s skilled workforce - the tower climbers and construction crews needed to build next-gen networks. Carr’s jobs initiative promotes community colleges and apprenticeships as a gateway for jobs installing 5G.

Carr is also leading a telehealth initiative at the FCC. The Connected Care Pilot Program supports the delivery of high-quality care to low-income Americans and veterans.31 :

“The program will provide up to $100 million of support to help defray eligible health care providers’ costs of providing care services, and gives funding for selected pilot projects to cover most of the costs of high-speed internet connectivity, such as certain network equipment and information services necessary to provide connected care services to the intended patient population.” - Connect2HealthFCC

What this means is that Carr and the FCC want to incentivize lower-income areas and veterans, who tend to be less healthy, to use their services. “Certain network equipment” is not limited to 5G small cell antennas or the wireless arsenal.

What is NeuroFlow?

One of the pilot projects includes NeuroFlow - a tech platform that collects electronic health records and monitors patients health data in real time. NeuroFlow was founded by Iraq War veteran Chris Molara when he witnessed the mental toll combat took on colleagues. NeuroFlow uses headsets to collect neurological data from patients via electroencephalogram (EEG) and Bluetooth monitors to collect heart rate data. Algorithms then distill this data into charts - for psychological professionals and patients. Clinicians can monitor a patient’s response to simple and complex body activities during therapy through NeuroFlow’s app, and can even track patients’ relaxation and stress levels between rehabilitation sessions, enabling them to determine the most effective treatments.32

While Molaro may have good intentions in helping his fellow combat veterans, he may not understand that the new theatre of combat is the electromagnetic internet-of-things, which he is exploding in real-time.

Make America’s Healthcare Great Again

As the wireless mesh makes us sicker, we’ll need to have more choices in doctors and healthcare, and not just “eligible providers”. If you have ObamaCare, you’ll have to pick from certain networks. Many Americans have abandoned this system, and opted for more flexible options like medical cost-sharing along with health savings accounts (HSA). The tax-advantage HSA is very popular, since this also allows us to increase what we can contribute toward retirement.

I recently learned more about this flexible alternative in my interview with health freedom advocate , where we discussed everything from the current wins in New Jersey against 5G, the impact of wireless on agriculture, how wireless destroys a neighborhood’s home value, how to fight the surveillance state, along with how to connect with others on the frontlines of health freedom on the National Call for Safe Technology. We also discussed many of the current bills that Charles is fighting on both the local and national front:

If you’d like to learn more about how you can fight the wireless mesh, and help make healthcare great again - check out the MPowered Benefit site of Charles Frohman, and please mention that wonderful guy Roman.

As we head into the Inauguration Day today - let us keep in mind: the barons of Big Tech know how to divide us, track our every move when we voluntarily give them our location, and tell them how we feel with the search bar. Whether disguising the virtue of care with control, or making the cause of cancer questionable with invisible radiation, our adversary employs the art of deceit. The only way we may reveal their motive is by confronting our shame, on the honorable battlefield of thine own heart.

We are more powerful than we know,

Roman & Bohdanna

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*We are not licensed medical professionals, and this is not medical advice.

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CHILDREN'S BOOK ON EMF

1. What is multiple sclerosis?

2. How does the Sun power our immune and nervous system?

3. What role does hypoxia play in MS?

4. How do we use DHA fatty acids to harvest light?

5. What are biophotons?

6. Why do those with MS lose heat?

7. How do our mitochondria harvest energy from water?

8. What are common symptoms of MS?

9. What is the tibial compression test?

10. Why do those with MS have low levels of vitamin D?

11. Why are higher rates of MS found in northern climates?

12. What type of diet can help MS?

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Multiple sclerosis (MS) is the most common neurological disease for young adults in the US, and symptoms typically occur between 20-40 years of age. Women are two to three times as likely to develop this disease.

There is no known cause, and no known cure. The first cases of MS began to be studied in earnest in 1868. Before 1960, MS was virtually unknown in Japan.

What happened after 1868, and what can we learn from Japan?

The diet of the Japanese is rich in seafood, which contains high amounts of DHA. DHA is an ancient fatty acid that converts the light from our environment into electrical impulses that our nervous system then uses to repair, and run our brains’ daily operating system. We can think of DHA as our solar polar inverter. An inverter takes one form of energy, and converts it to electricity that can be used by the system.

If our brains can change how they operate based on signals from our environment, what hardware runs the software of our brain?

The Gateway of our Sol

Our retina contains high levels of DHA, and decodes the software program of light, which runs on the hard drive of the Sun. The Sun carries unlimited memory for our potential growth, as its infinite wavelengths dictate our health’s future.

The hard drives of all quantum supercomputers run on water - and our brain is no different. Our mitochondria, the engines of our cells, run most efficiently on water that is charged with light, in the infrared range. How does this all work?

The water within us is energized by what Einstein discovered as the photoelectric effect: Our Sun splits the water in our cells from its molecular composition of H2O into (2) hydrogen + 2 electrons + oxygen. We then use these electrons, along with the water that has been charged by the Sun’s electric force, to provide energy to our nervous system.

To learn more about how the Sun works with water to create a hydrogen fuel cell battery within us, read:

Let’s zoom out and take a look at The Big Picture. The Sun sustains all life with its electromagnetic field, which comes down to Earth in the form of plasma that we perceive as light. The plasma of our blood, which is mostly water, uses the electromagnetic force of solar plasma. Proteins within our blood plasma regulate gene expression and the immune system.1

The Sun charges the Earth like a battery, and helps our planet maintain its protective magnetosphere. If we didn’t have a Sun, we wouldn’t have a magnetic field. This is why when we aren’t grounded to the Earth*, our red blood cells lose electrical charge, which can thicken our blood leaving us predisposed to blood clots.

*Depending on where you live - you may have ground current EMF running through your home or yard, which makes the practice of grounding do more harm than good.)

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The Sun lets our Earth thrive, and the Earth’s electric field lets us survive. For instance, a 1991 study showed that our body’s calcium levels are affected by magnetic fields.2 Calcium helps regulate coagulation of blood.

Light is contained in the universe, and in our body, by coherent electric and magnetic fields. When an electric field and magnetic field is reduced, this can lower oxygen levels since oxygen is magnetic.

This cosmic formula only works when we live in unison with the natural electromagnetic forces of nature. In the 1860s, our world became electrified with the telegraph, as seven hundred thousand miles of copper web was installed over the surface of the Earth, enough to encircle the globe thirty times. Then came the light bulb and rise of indoor culture, which made us all involuntary devotees of Edison’s anti-sleep religion.

Low oxygen leads to low energy

Those with MS are typically hypoxic, which means they have low levels of oxygen in their neurons.3 What transports oxygen to our body?

Cytochrome C oxidase (CCO) is a heme-based (contains iron) enzyme that is located within our mitochondria, that is also magnetic, and requires a strong electrical charge in order to work. Electromagnetic fields destabilize oxygen transport by magnetizing to iron.

How do we use electrons to electrify life?

We can maintain our electric charge through the photons (light) we capture from our environment, using the omega 3 fatty acid DHA as our power inverter.

If we absorb too much artificial light, then our bodies will have a harder time harvesting sunlight for energy. CCO creates energy for our bodies in the form of ATP (adenosine triphosphate).

We can ensure that CCO gets the right amount of electrical charge by absorbing the correct wavelengths of light - mostly in the infrared spectrum. The process of converting electrons into ATP occurs in our inner mitochondrial membrane, where our mitochondria not only absorb, but also emit light.

What are biophotons?

The light that our mitochondria release are what scientist Fritz Albert Popp named biophotons (living particles of light). Healthy organisms are able to consistently regulate the amount of light they release, whereas an unhealthy specimen will release or leak too much light, leading to heat loss. A loss of heat then may lead to a breakdown of metabolism and immune function.

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Neurosurgeons like Dr. have found that patients with MS have difficulty retaining infrared light since the membranes of their cells are losing electrical charge.

We perceive infrared light as heat, in the form of fire or the warmth of the Sun. This is why those with MS are extremely temperature sensitive, as they’ve lost the ability to control the amount of heat their bodies emit, and absorb.

Temperature disregulation in MS:

How can we power our powerhouse?

Did you know that the membrane of our mitochondria is made up of water that absorbs light at 3000 nm (nanometers), which is in the infrared range? Scientists like Gerald Pollack have noted that this water forms an exclusion zone (EZ), which is a buffer that makes cellular processes run more efficiently. We can ensure our mitochondrial engine runs smoothly by giving it the fuel of infrared light.

When our inner mitochondrial membrane (IMM) loses electric charge, it increases its size to compensate by swelling. You can think of this membrane like the piston of a car. If the piston gets too hot, oil (oxygen in our case) can’t be transferred to the engine, and pretty soon the dashboard of our brain lights up with the dreaded “check engine soon” light. Like our car, we need to know how to read those warning signals of our body.

What happens if we don’t take our car that’s losing oxygen to the mechanic?

Pretty soon those low levels of oxygen lead to early cell death of our nervous system, also known as necrosis.

What are common symptoms of MS?

The most common initial symptoms of MS tend to be hypoxia of nerve tissue4, and inflammation of the optic nerve (optic neuritis)5 , which may include: blurred or dim vision, pain in the eye socket, pain while moving the eye, and colors appearing dull. Mainstream science doesn’t know what causes this form of neuritis. However we do know that EMF can induce hypoxia, and that our muscles require oxgyen to work.

How do levels of dirty electricity affect MS?

Rigidity and lack of muscle and nerve function can be observed in this video, in relation to levels of EMF in this home:

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DHA imbalance in MS

The optic nerve contains dense populations of mitochondria, and our mitochondria were first created 600 million years ago when DHA came on the scene during the Cambrian explosion. The eyes are technically part of our central nervous system. If we want to support our brain, and our vision, we need to eat light and see-food.

The retina is designed to have a higher level of DHA than the brain, so this is the first place where the DHA imbalance may show up in an MS patient. In the image below (on the left) we can see how DHA builds the cerebral cortex6 (bark) of the brain vs a brain that is deficient in DHA, with a much thinner bark (on right):

When there is inflammation present in this part of our nervous system due to low levels of DHA, glial (glue of our nerves) cells known as astrocytes may become overactive, and begin to create dymyelinating lesions. Astrocyte end feet help form a barrier between our immune system and our brain (blood brain barrier). When astrocytes become overactive, the glue no longer sticks properly.

The myelin sheath in those with MS becomes sclerotic (brittle), and the ability to efficiently conduct nerve impulses is lost. Our myelin sheath is the wire coating of our nerves, and is what allows for proper electrical signaling to occur.

How can we do a diagnostic test on our body to determine if we may have low levels of DHA?

Let’s look under the hood of our bone

Neurosurgeons like Jack Kruse like to use a tibial compression test to decipher the status of the body’s electrical charge potential. There is a direct connection between bone and the DC electric current in the brain.7  Soft bone is behind the magic of the tibial compression test. When our Vitamin D3 levels are normal,  and our bodies’ DC current stable, tibial compression causes no pain normally.  

Why are my vitamin D levels low?

If you have MS, chances are your vitamin D levels are low. Artificial blue light lowers oxygen in the retina by lowering the amount of DHA in the eye. Anytime we have less DHA, our thyroid can no longer make the necessary hormones for growth. DHA, an omega 3 fatty acid, helps us have enough cholesterol so that we can then make pregnenolone, which in turn lets us make vitamin D. Blue light steals pregnenolone, and switches hormonal production to cortisol.

A multitude of epidemiological studies have revealed that individuals with low levels of vitamin D in their blood are at considerably increased risk for developing MS. Up to 90% of MS patients are deficient in vitamin D.

A recent study has quantified the impact of vitamin D blood levels on risk for MS relapse. A 50-nmol/L (20-ng/mL) increment in average serum Vitamin D levels within the first 12 months predicted a 57% lower rate of new active lesions. Researchers found that for “each 10 nmol/l increase in 25-OH-D results in up to a 12% reduction in risk of relapse. Clinically, raising 25-OH-D levels by 50 nmol/l could halve the hazard of a relapse.”8

Our latitude determines our healthy aptitude

The areas of the world that have the lowest rates of MS live closer to the equator, where the magnetic field is stronger, and light more abundant. The highest rates of MS occur in northern climates. Canada continues to have one of the highest rates of MS in the world – with over 90,000 people living with MS - 1 in every 400 individuals. Currently there are 2.9 million people worldwide living with MS.

Some of the earliest and most famous clusters known to MS investigators are a series of alleged epidemics that occurred on the Faroe Islands, a Danish possession in the Atlantic between Norway and Iceland. Although the inhabitants are Nordic and considered a high-risk group for the disease, there were no known reports of MS prior to 1943 among native-born residents. In the early 1960s a Washington D.C. neurologist, Dr. John Kurtzke, became intrigued with a report by a Danish investigator, K. Hyllested, who recorded about twenty-five cases of MS in the Faroes that had started occuring in 1943. It appeared that the disease had been brought into the Faroes since it hadn’t been reported there before.9

The most significant event that had taken place on the Faroes was the British occupation during World War II. During this time, the British military imported artificial light and wireless technology.

Can leafy greens make us glow?

Terry Wahls has had much success with patients by introducing a “heavy leafy green diet protocol.” Green leafy veggies are loaded with nitrogen.  These foods can restore the nitrogen substrate in the skin to be converted to nitric oxide, which helps us synthesize vitamin D. Patients with MS have low levels of nitric oxide in their skin, which we need in order to absorb vitamin D in the presence of UV sunlight.

There are four things we need to be aware of when considering a new diet:

1- Light is the primary food our bodies consume, as two-thirds of our mitochondrial energy requirement comes from light, and only one-third from food.

2- An ancestral approach of seafood rich in DHA gives us electric nutrition.

3- Our digestion runs on a clock that is our circadian rhythm. This rhythm is played by magnetic melodies that ensue with an orchestra of light at sunrise.

4- Some vegetables may contain high levels of oxalates, which form crystals in our tissues, potentially making us more susceptible to electromagnetic radiation. We explored the role of oxalates in our recent interview with Sally K. Norton, author of Toxic Superfoods, and will be diving into this topic more in the coming months.

Thank you for reading. We hope you got some valuable insights out of the article.

If you know anyone who is suffering from MS, please send them our way. We’d love to help them understand that…

We are more powerful than we know.

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Roman & Bohdanna

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The Circadian Classroom

Exploring the circadian foundation of human health.

By Zaid K. Dahhaj

Here’s what we’ll learn in this article:

1. What is Type 3 diabetes?

2. Why is obesity a symptom of diabetes?

3. How does radiation affect our blood sugar?

4. Why do diabetics need ultraviolet (UV) light?

5. How do circadian rhythms affect diabetics?

6. How wild animals are becoming more obese

7. Join our EMF webinar sessions this summer!

Thomas Edison and Alexander Graham Bell were both diagnosed with diabetes after conducting electrical experiments.

John Rollo wrote the first book on diabetes in 1798 and had only seen three cases himself in the twenty-three years he practiced medicine.

In 1876, many practitioners such as Benjamin Richardson considered diabetes to be “a modern disease caused by exhaustion from mental overwork or by some shock to the nervous system. Yet it was still uncommon.” 1

How did diabetes come to be one of society’s greatest killers?

Let’s play the Blame Game.

There are three types of diabetes:

Type 1 - genetic, occurs mostly in children, accounts for 5% of cases

Type 2 - epigenetic - due to lifestyle, adult-onset, accounts for 90-95% of cases

Type 3 - epigenetic - environmental triggers like EMF cause blood sugar to spike.2

We’ll be focusing on Type 3 in this article.

Sugar is only one of the culprits and fails to explain why diabetes is becoming increasingly prevalent.

Even after sugar consumption did not rise at all between 1922-1984, rates of diabetes skyrocketed tenfold.3

The American Indians have been called “genetically predisposed” to diabetes. We’re told that this predisposition is triggered by a sedentary lifestyle of living on the reservation, compounded by the fact that they eat fry bread made with white flour and sugar.

However, Indians have been eating fry bread as a staple since the 1800s, and diabetes did not exist among them until 1950.

What changed?

In 1950, the first electric service came to Standing Rock in the Dakotas, along with others including the Gila River Reservation, whose inhabitants were revealed in a study conducted by the US Indian Health Service to have 380 cases of diabetes per 1000.4

Bhutan, an isolated community in the Himalayas that abides by its traditional culture and ancestral foods to this day, serves as another salient example. 

Bhutan had some of the healthiest people in the world, with little disease.

There was no electrification in most of the country, until 2002, when the Bhutan Power Corporation was launched. In 2004, 634 new cases of diabetes were reported in Bhutan. In 2007 there were 2,541 cases with 15 deaths.5

The rise in mortality and illness was even blamed on the Bhutanese diet, one that they had followed for thousands of years.

Obesity as a Symptom of Diabetes

Before the 1900s, diabetics were also not overweight.  Today, most are overweight due to their cells’ reduced ability to metabolize fats.  Impairment of fat metabolism is a sign that the engines of our cells, the mitochondria, aren’t working efficiently.

Mitochondrial metabolism is disrupted by radiowaves and Wi-Fi. This occurs because EMFs reduce the ability for our bodies to use free electrons to power the basis of our metabolism - the electron transport chain (ECT). Our ECT requires certain enzymes in order to efficiently generate energy for our bodies. Think of our ECT as a slow-burning campfire, which uses infrared and full spectrum Sunlight to create energy.

What happens when we introduce electrosmog? Our metabolic campfire dies out from too much electric rain. Now our mitochondria are stuck in the middle of the woods with no flashlight - because we’re only using the light of our iPhones to guide us back into a black phone forest of no return.

Wireless radiation dampens the enzyme activity of cytochrome C oxidase, and our cells cannot breakdown or metabolize food efficiently.

In 2010, Harvard, along with the University of Massachusetts and Joslin Diabetes Center, published a review of the role of mitochondria in diabetes, and concluded that there was a “failure of mitochondria to adapt to higher cellular demands.”

How Does Radiation Effect our Blood Sugar?

During the Cold War, the Joint Publications Research Service translated foreign documents of Soviet research, which showed how participants exposed to electromagnetic fields similar to those of the cordless phones and cell phones we have today were prediabetic and had sugar in their urine after the experiments.6

In 2011, Finnish researchers conducted brain scans and submitted their findings to the Journal of Cerebral Blood Flow and Metabolism, showing that glucose metabolism is disrupted in the region of the brain next to a cell phone.7

Another Unexplained Spike

In 1997, diabetes cases soared 31% in one year. This is the same year that cell phones were no longer a luxury and became a commonplace necessity.

Before 1997, rural areas of the US did not have cell towers.

A case study on diabetes and EMF:

In this study, Dr. Magda Havas examines four different individuals, each with varying types of diabetes. When the study participants are able to reduce their EMF exposure, their blood sugar levels drop:

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Why diabetics need UV light

Did you know that diabetics often have low Vitamin D levels?8

A healthy kidney is loaded with vitamin D receptors, which convert D to calcitriol, which then helps our bodies regulate calcium levels.

Why aren’t doctors prescribing Sunlight, rather than dialysis, for diabetics?

You may also notice that many diabetics have teeth that are more yellow than translucent white.   Dentin is a layer of material that lies immediately underneath the enamel of our tooth, and is loaded with calcium. Doctors like are finding that many diabetics have defects in POMC (proopiomelanocortin) in their dentin and other tissues, causing this yellow color.

How do we ensure we have optimal amounts of POMC?

By exposing ourselves to full spectrum UV light!

POMC also helps us make melanocyte-stimulating hormone (MSH). Both hormones help us control appetite by balancing our levels of leptin.

POMC needs sunlight and the right amount of thyroid stimulating hormone (TSH) to work efficiently. Ultimately, POMC helps us maintain blood sugar levels, protects the body from stress, and suppresses inflammation. POMC is a critical regulator of energy balance. Much of what is known about our brain’s control of overall energy balance and fat storage stem from what we know about the melanocortin system and leptin.

In the course of chronic kidney disease, alterations in vitamin D metabolism contribute to increases in the levels of parathyroid hormone.

Why is this a problem? Hyperparathyroidism can create too much calcium in our bodies, leading to a host of chronic diseases - including brain fog and fatigue.

If you’ve followed the work of Dr. Martin Pall, you’ll know that wireless radiation can effect how our bodies process and use calcium. An Eastern perspective of how EMFs impact us maintains that it’s not calcium, but our very life force, our élan vital, that is affected. According to traditional Chinese medicine, our kidneys are the source of qi, or vital life force energy. It seems that both east and west can agree that we don’t need EMF giving us cheap shots to our kidneys.

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Protect your eyes from diabetes

In many diabetics, their macula (part of the retina at the back of the eye) also loses its yellow pigment  Yellow pigments come from carotenoids like lutein and zeaxanthin (found in eggs and shrimp).

These pigments are yellow to preserve the sharp central vision of the macula and absorb any stray blue light as a complementary color.  Blue light causes visual blur when your macula is damaged.  Many diabetics have this blur before they get diagnosed. Blur occurs because blue light bends more than other wavelengths of color.

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Diabetics also tend to show an altered pupillary response to blue LEDs.9 This would make sense if their melanopsin (blue-light detectors) are ruined by massive exposure to blue light - the #1 toxin of our time. Blue light also destroys the blood vessels in this middle region of the retina.

Here are more pathways by which blue light creates metabolic disorder:

Furthermore, a 2022 study in the Journal of the Endocrine Society showed that a disrupted circadian rhythm can increase the risk of young-onset Type 2 diabetes in 14 year old boys.10

What are most teen boys exposed to at night, which also changes our normal circadian rhythm?

Blue light. Get out of its way, or start hanging out with Wilford Brimley.

Upgrade your metabolism with UV

Many hypothyroid (thyroid with low activity) diabetic patients have difficulty tanning because their skin is atrophic (pale with lesions) due to a lack of melanocyte-stimulating hormone (MSH).

We make MSH by exposing ourselves to UV light. Judging by the amount of people sheltering indoors with their iPads, and avoiding the Sun, we can expect diabetes to soar, especially in younger populations.

Why else is UV good for a diabetic?

Regular exposure to solar UV light via our eyes and skin stimulates our thyroid and brain to make the T3 thyroid hormone. T3 balances our body's metabolism. Tanning in full spectrum Sunlight also increases our metabolism, which in turn helps us maintain a healthier weight.

Wild Fat Rats Can't Stop Eating Sugar too?

David B. Allison, Professor of Biostatistics at the University of Alabama School of Public Health, analyzed over 20,000 animals from twenty-four populations, and found that the average weight of the animals rose over time.11

Chimps gained the most and were twenty-nine times more obese in 2005 compared to 1985. Even country rats were 15% more obese each decade, over a period of 40 years.

Wild and domestic animals had both been gaining weight since at least the 1940s.

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Let’s stop playing in the electric monsoon of EMF, and dry ourselves off with a warm towel of light.

Only we can stoke our metabolic campfire.

No one is coming to save us, or the rats.

We are more powerful than we know,

Roman & Bohdanna

Want to learn more about EMF from the professionals?

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Medical Truth Podcast

The Biological Dangers of 5G and Electromagnetic Radiation - Interview with Dr. Martin Pall

Meet Dr. Martin Pall Dr. Martin Pall is a distinguished biochemist and researcher who has dedicated a significant portion of his career to studying the effects of electromagnetic fields (EMFs) on the human body. Born and educated at Caltech, where he earned his PhD, Dr. Pall also holds a bachelor's degree in physics from Johns Hopkins University…

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3 years ago · 33 likes · 34 comments · Medical Truth Podcast

A fantastic Substack by Chinese medicine practitioner :

Ross’s Newsletter

The Pulse of Quiet Desperation

In an earlier post I discussed an idea that our lives tend to move down particular pathways, but that we are often diverted into collateral and divergences when we are confronted with difficulties, conflicts, external events, etc. that we are not able to handle or process adequately. Often these difficulties can catalyze change, some for the better, so…

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3 years ago · 4 likes · 4 comments · Ross Rosen

1. What are the current trends in ALS?

2. Why is ALS increasing in non-athletes and everyday adults?

3. How does EMF affect our immune system?

4. How are our mitochondria controlled by voltage?

5. How circadian rhythms control the death of neurons

6. What is the “glue” of our nervous system?

7. How POMC and UV helps us counter neuroinflammation

8. Can statins cause ALS?

9. Enroll for EMF Summer School!

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Has anyone noticed a trend in the amount of middle-aged adults in wheelchairs?

I certainly have noticed an uptick, which inspired me to write this article.

Often called Lou Gehrig's disease, Amyotrophic lateral sclerosis (ALS) is characterized by progressive degeneration of nerve cells in the spinal cord and brain. ALS is a fatal type of motor neuron disease, where a person eventually loses their ability to breathe, suffocating to death.

Here are some statistics:

• Every 90 minutes someone is diagnosed and passes from ALS

• 90% of cases occur without a family history 

• Onset is usually between the ages of 40 & 70 years

• Life expectancy is 2 to 4 years

• By 2040 ALS incidence is predicted to increase worldwide by 70%1

• Veterans are twice as likely to develop ALS

Most of the medical community is baffled with this disease, as there is currently no known cause, and no cure. Fortunately there are many clues when we ask questions:

Why are veterans and athletes most susceptible?

Many athletes, such as the football player Steve Gleason, and combat veterans, often have head trauma. When injuries like these happen, damage to nerves occur, which can increase permeability of the blood-spinal cord barrier2, allowing more environmental toxins to enter.

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Why is ALS increasing among non-athletes?

Why has there been a sudden increase among non-veterans and non-athletes?

Most adults experiencing a different type of head trauma, as they hold up their cell phone close to their neck, where the spinal cord resides, on a daily basis.

As far back as 1960, neuroscientist Allan Frey, then with Cornell University’s General Electric Advanced Electronics Center, showed that even weak electromagnetic fields can open up the blood-brain barrier. 3 4

How could this trauma then go on to cause ALS?

How does EMF affect our immune system?

Low levels of EMF (wireless radiation) release large amounts of MCP-1, a key protein that acts like a “traffic cop” (thank you for that analogy) for our immune system, controlling how many white blood cells will be able to cross the road, so that we can combat inflammation. However, when we have too high of a level of MCP-15 by being exposed to EMF, this can disrupt6 our repair mechanism.

Too many non-native electromagnetic frequencies create confusion, as we have too many MCP traffic cops on patrol - giving our immune system mixed signals:

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You may be asking, how is a cell phone capable of doing this?

Voltage controls our mitochondria

If you’ve ever gotten an electroencephalogram (EEG), you know that our brain’s health can be assessed by measuring miniscule electrical signals. Our motor neurons, which are impaired in ALS, have more mitochondria than our sensory neurons. Our mitochondria are our bodies’ factories of life, and produce the energy molecule ATP, which also helps stabilize proteins.

It turns out that our mitochondria are also controlled by voltage7 e.g. EMF. Our mitochondria contain what are known as voltage-dependent anion channels (VDAC). When exposed to EMF, VDACs reduce the ATP available for our nervous system to use.

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Our mitochondrial membrane also controls how much calcium gets in and out of our cells. Calcium ions initiate and regulate responses of central nervous tissues to injury. However, the amount of calcium our mitochondria need can also be altered, as EMFs can disrupt our voltage-gated calcium channels.8

What came first: the wireless chicken or the egg of blue light?

Our bodies heal and regenerate while we sleep in two ways - using the Earth’s restorative magnetic field (native EMF), along with the absence of light. No matter what type of damage we may do to our bodies during the day, we always have a chance to repair at night.

Even though many of us don’t have the necessary healing architecture of a sleep sanctuary free of all non-native magnetic fields, we can still drastically improve our ability to repair - by removing blue light at night.

How can our modern light environment alter one’s outcome with ALS?

What we do reverberates in eternity

Rev-erbα, is a nuclear transcription factor that is part of our molecular clock, which encodes circadian rhythms. Put another way, Rev-erbα translates what our DNA ultimately tells our bodies’ nervous, immune, and hormonal systems on how to function by expressing certain genes.

How are these genes expressed in an efficient manner?

By syncing their “notes” to the melodies of Sunlight.

When tuned correctly, Rev-erbα can effectively regulate inflammatory and immune responses, as well as apoptosis - programmed cell death.

When out of alignment with the natural variability of our light environment, processes like apoptosis (programmed cell death) run amuck, leading to the atrophy of motor neurons, as well as a loss of communication to other brain cells called astrocytes.9

Glia - the Glue of our Neuroimmune System

Astrocytes make up the majority of cells in the human central nervous system (CNS), and perform metabolic, structural, homeostatic, and neuroprotective tasks such as clearing excess neurotransmitters, stabilizing and regulating the blood-brain barrier, and promoting synapse formation.10

Microglia are our brain’s protectors, and facilitate communication of immune cells across our blood-brain barrier so that they can clean up toxins.

For example, microglia remove neurons that don’t communicate properly, thus ensuring that information transfer between neurons is not interrupted. These also help clean up clumps of abnormally shaped proteins that accumulate and are associated with neurodegenerative diseases.

Rev-erbα acts like the referee of our brain’s immune system, by regulating how many microglia become activated when we have any type of neuroinflammation between the CNS and our gut.

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UV builds POMC

When we expose ourselves to AM Sunlight, along with the UV that comes later in the day, we’re able to make a critical protein precursor (makes other proteins) known as POMC.

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POMC creates melanin from what are known as neuroectodermal derivates:

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Why is this important?

Melanin helps us fight inflammation, along with chronic diseases such as cancer. These neuroectodermal derivatives directly connect to the mitochondria in the brain.

What else do we produce in UV-A Sunlight?

Nitric Oxide. No - not like the nitrites found in sausage, or the nitrous oxide used in Fast and Furious. This molecule dilates our blood vessels, aids our immune system, and can even increase brain function.11 When we stay indoors too long, our circulation is hampered, and we wind up with proteins that act like shrapnel in our blood.

Can statins cause ALS?

Not directly - but they can certainly contribute to this disease. Statins work by decreasing cholesterol. However, the synapses of our nervous system are made, primarily, of cholesterol.

Cholesterol is required to maintain the health of the myelin sheath, that surrounds and protects neurons. Glial cells in the brain, like the microglia mentioned above, sustain the myelin sheath by synthesizing their own cholesterol and transferring it across to neurons.

The two most widely prescribed statins are simvastatin and atorvastatin. Atorvastatin increases risk for ALS seventeen fold, and simvastatin twenty three fold. There’s even one statin, Lovastatin, that increases the risk for ALS 107 times!12 This is based on a 2018 study published in the Journal Drug Safety. ‘Amyotrophic Lateral Sclerosis Associated with Statin Use A Disproportionality Analysis of the FDA’s Adverse Event Reporting System:

Doctor Malcolm Kendrick is a Scottish doctor, author, and speaker, who has been investigating the reckless use of statins and the false narrative of cholesterol. Dr. Kendrick made the following point regarding the statin-ALS statistics, which I find notable:

“It is often said that association does not mean causation. However, this is only true up to a point. Most statisticians agree that an odds ratio > 6 represents proof of causation. When you find that people taking atorvastatin have a seventeen-fold increase in risk of ALS, this is proof of causation. The effect is too massive to be due to anything else.”

-Dr. Malcolm Kendrick

Where do we go from here?

Out of our blue night, and into the Sunlight.

We are more powerful than we know,

Roman & Bohdanna

If you’ve found this article valuable, would you consider sharing it?

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What we’ll learn in this article:

1. How does light control our ability to hear?

2. What does the Sun sound like?

3. How do we use crystals in our ear to hear?

4. How scientists in 1933 knew we could hear light via crystal

5. Why is melanin our ear’s computer chip?

6. What does the tin foil hat have to do with sound?

7. How can the deaf be made to hear?

8. How airpods can lead to tinnitus

9. Current trends in tinnitus: two studies

10. Two ways we can reduce tinnitus

11. EMF 101 Masterclass: REGISTRATION NOW OPEN!

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Have you ever lost your way in the dark without a flashlight?

I woke up the other morning in my pitch-black bedroom.

In typical fashion, I reached for my red-lit headlamp, only to find it was out of battery.  To make sure I didn’t clunk my head into the nearest post, I treaded slowly, and quietly, also trying to listen to my footsteps as I meandered out of my sleep sanctuary and into the wilderness of the bathroom.

Have you ever wondered why our hearing becomes more acute in the dark?

Our ears can’t see, but in low-light environments they become more sensitive.

Our ears are meant to absorb the full spectrum of Sunlight.  When there is no light present, our ears attempt to gather light like a sailboat does wind on a calm day.

We can’t see UV (ultraviolet) light with our eyes, but our ears receive the signal like a satellite dish receives EMFs (electromagnetic fields).   Our ears contain a substance called melanin that absorbs UV, which is then converted into sound.1

If we stay out of the Sun too long, and in artificially-lit indoor environments, our melanin satellite dish becomes inactive, and the melody of life gets downgraded from the rich, dense sound of a vinyl Elvis record to that of an mp3 file you downloaded from a high-pitched teen Beatles tribute band. 

If we keep bathing ourselves in blue light and wireless radiation, the tribute band eventually becomes a phantom Paul McCartney like we have today, that whistles in our ear, in the cold grey night of blue light.

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Why is this so?

Hearing is more sensitive than vision when it comes to the pulsing of waves.

What waves have pulsed as the of Sound of Music Earth for aeons?

The Song Remains the Same… as the Sun

The vinyl record we used to hear for hundreds of thousands of years was from Sunlight, whose incoming signal would beam into our ears after some of the slower wavelengths of red and ambient light would spin around our external ear cartilage.  The ridging in our ear design then focuses higher energy beams down into our land-based melanin space station (Houston, do we have a hearing problem?).

Instead of stressed NASA ground control operators, we have the engines of our cells, the mitochondria, that work tirelessly trying to finally relay these frequencies to an of our area brain called Ammon’s Horn, also known as the hippocampus:

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“We don’t have straightforward ways to look inside the Sun. We don’t have a microscope to zoom inside the Sun. Using a star or the Sun’s vibrations allows us to see inside of it.”

- Alex Young, associate director, NASA Heliophysics Science Division

In 2012, composer Robert Alexander made an audio file from measurements of the Sun's magnetic particle stream gathered by the Advanced Composition Explorer, a NASA satellite.2  While listening to the file, Alexander discerned a hum at a frequency of 137.5 Hz (cycles per second)—a sound close to a C-sharp below middle C.3

What does the Sun sound like?

Insane in the tectorial membrane

Aside from melanin, we have a crystal structure in our ear’s cochlea called the tectorial membrane that can process electrical signals, and convert the charged particles of photons (light) into what are known as phonons (sound waves).

Crystal radios were popular in the early days of radio, using only the frequency of the received radio signal to produce sound, needing no external power.4

Kingdom of the Crystal Drum

Our cochlea instantly converts so many varying frequencies, that a quantum process of transmitting light into sound via crystal is more efficient than a simply mechanical one of an ear drum emitting vibrations.

English physician and biochemist Lionel Naftalin studied the inner workings of the ear for fifty years, up until his death at age 96 in 2011. Naftalin believed that electrical forces were central. He focused attention on the tectorial membrane, a jelly-like substance that is both a semiconductor and piezoelectric liquid crystal.

Piezoelectric substances are able to convert electrical voltage into mechanical pressure, and vice versa. Quartz crystals are such an example, and are used in radio receivers to convert electrical vibrations into sound.

Semiconductors are used in electronics and computers, because they are able to relay a tremendous amount of data using electrical transmission. It turns out we operate the same way.

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How is sound generated in our ears?

The standard theory of hearing used to be that our ear drums vibrate, and this causes the hair cells of our ears to bend, triggering nerve impulses. However this theory was always mechanical in nature, and disregarded the role of electricity.

As far back as 1933, scientists of the day were challenging this mechanical version of hearing. Augustus Pohlman, an anatomy professor and dean of the school of medicine at the University of South Dakota, was such a man. He believed that the hair cells of the ear were pressure sensors, which would explain how the ear could be so extremely sensitive. This also explained why the cochlea is embedded in the densest bone in the human body: the cochlea is a soundproof chamber.

What powers our melanin computer chip?

What is a skin pigment doing in our ear?

It turns out melanin is way more than just a pigment.

Remember those mitochondrial NASA ground operators working tirelessly at Ammon’s Horn? They need Sunlight to work smarter, not harder.

Sunlight powers our battery of mitochondria, causing a spark of electricity that the potassium (K) in the fluid of our inner ear uses to create UV light.5 Melanin then uses this light for crucial metabolic reactions such as fighting cancer and inflammation.

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The more UV we are able to absorb, the more melanin we build on our cochlear sound-proofing surface, which houses our sound-processing system.

You can think of potassium (K) as our diode in this formula for life. A diode is a two-terminal electronic component that conducts current primarily in one direction.

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Melanin is crucial in not only helping us absorb more UV (ultraviolet) light that our bodies can use, but also helps us regulate excess calcium (Ca). This is important because EMFs from wireless devices can drive excess calcium into our organs, leading to a myriad of health issues such as arthritis and blood clots.6

An imbalance of calcium in our inner ear may lead to a literal imbalance by causing symptoms similar to that of Meniere's disease, along with ringing in the ears (tinnitus).

Potassium helps regulate calcium in our body. If we have too little potassium, we put ourselves at an increased risk of calcifying our arteries, and compromise melanin function.7

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Do you know why the melanin of our cochlea is dark brown, and our neuromelanin (substantia nigra) located deep in our brain is black?

The darker the pigment, the more light it absorbs.

We are light beings meant to see the song, and hear the shadow of God.

What does the tin foil hat have to do with sound?

This phrase is often ridiculed because we don’t understand the concept of sound.

Again - many of us misunderstand how we hear.

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Microwave hearing

In 1960, the sounds of silence struck a chord.

Biologist Allan H. Frey, who was employed at General Electric’s (GE) Advanced Electronics Center at Cornell University, bumped into a fellow technician at GE who told Frey that he could hear radar. Frey remembers walking to the man’s work site near Syracuse: “When I walked around there and climbed up to stand at the edge of the pulsating beam, I could hear it, too…going zip-zip-zip.” The auditory phenomenon of microwave sound was also described as a “buzz, click, hiss or bump.”8

Even before 1960, Frey, being a curious man, was fascinated with how electricity in the air affects our nervous system. This chance encounter in Syracuse led Frey to quit his job at GE and pursue full-time research into the effects of microwave radiation. In 1961, he published his first paper on “microwave hearing.”1 The microwave auditory effect (MAE) is commonly known as the Frey effect. Frey would spend the next twenty years researching the effects of microwaves on the auditory and nervous system, the eyes, brain, and the heart.

The tin foil hat

In his studies, which were funded by the Office of Naval Research and the US Army, Frey discovered that when a metal shield in the form of an aluminum mesh/ screen was placed between the subject and the radar, no microwave sounds were heard.9The aluminum was placed on our temporal region, where we are most sensitive to EMFs.

Many people who complain of “microwave hearing” (including myself) can sense that these sounds emanate not from our ear, but right in front, by the location of our brain's temporal lobe (where our temples are). This is due to the piezoelectric nature of our cochlea, as it converts electric currents into sound.10

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How can the deaf be made to hear?

Many mainstream science websites state that human hearing is in the audible frequency range, between 20-20,000Hz (Hz = cycles per second). This is incorrect.

Since the 1940s, there has been much scientific literature proving that humans, even the deaf, can hear in the ultrasonic frequency range of 20,000-225,000 Hz, a range previously relegated to the likes of bats and dolphins.5

The ability to hear these tones depends on the health of the acoustic nerve. The deaf have what is called conduction deafness, and not nerve deafness. Even since 1925, amateur radio enthusiasts found that deaf people, whose eardrums could no longer function properly, but whose (acoustic) nerve centers are intact, can hear radio.6 The deaf were able to hear when an electrode was applied to the surface of the skin, which vibrated and created sound by reaching the inner ear through bone conduction.7

In 1936, this phenomenon was named “electrophonic hearing” by Harvard psychologist Stanley Stevens. In 1958, a young inventor by the name of Patrick Flanagan would apply the work of Stevens by inventing the Neurophone, which is still used today. This device works by skin vibration as well, but uses a carrier frequency in the ultrasonic range.

These findings are in tune with the priniciple of piezoelectric transmission of light into a mechanical force of sound, as our nerves pick up on electrical wave impulses in our environment.

Airpods are for radioheads

Devices such as airpods and fitbits use radiofrequency (RF, a type of EMF), which ultimately vibrates and steals electrons from your tissues.

A hallmark of sound health is having a net negative charge, and being able to donate electrons (negative charge) to many cellular processes that need them. This is why food high in NAD+ is crucial, along with practices like grounding (as long as their is no ground current present, as there is in North America due to the utility companies using the Earth as the return / ground path).

When we lose electrons, we also become dehydrated more easily as our bodies require charged (structured) water to work. This structured water barrier is what ultimately buffers the violent vibrations our bodies experience as a result of EMFs from wireless devices such as airpods.

The light that we “hear” from airpods have short wavelengths with high intensity. These wavelengths cause us to lose nitric oxide (NO), which when balanced helps us maintain healthy circulation (think beets) and maintain energy levels.

This is how our brains and nervous system perceives and receives bluetooth radiation at 2.45 GHz, or 2.5 billion times per second!:

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Remember - melanin absorbs UV light. This happens when we’re in Sunlight. The Sun charges the water in our cells, and allows amino acids like tyrosine, the building blocks of life, to be activated. This then leads to the creation of melanin along with important neurotransmitters like dopamine:

Studies showing an increase in tinnitus

Rates of tinnitus have been rising for at least the last thirty years, and have climbed by one-third from 1982-1996 alone.11 By 2004, over 50 million adults were found to suffer from tinnitus. The surprising fact, found by a US nationwide survey conducted in 2010 by the Better Hearing Institute, was that 44 percent of Americans who complained of ringing in their ears said they had normal hearing. Researchers falsely assumed that the subjects of the study had hearing loss but did not know it.

Similar hearing studies had already been conducted at the University of Madison Wisconsin in 1995 with a follow-up in 2008. These researchers had expected to see a decline in tinnitis, as hearing disorders among older adults declined. However they found just the opposite: a steady increase in tinnitus in all age groups occurred during the 1990s and 2000s, increasing at a rate of about 50 percent.10

Studies on seven-year-old children by professor of audiology Kajsa-Mia Holgers at the University of Jonkoping in Sweden, conducted in 1997 and 2005, revealed a staggering 42 percent of children reporting ringing in their ears. Holgers also found that more than half of high school students aged 13 to 16 reported tinnitus in some form during the 2003-2004 school year. In 2004, school children aged 9 to 16 reported tinnitus, and 14 percent heard it everyday.

Why would children, who normally have very healthy hearing, be experiencing tinnitus?

If a child or adult has otherwise healthy hearing, then we must look at what may be causing this disturbance in our environment.

We know that we can hear electromagnetic energy in the ultrasonic range from 20 kHz to about 225 kHz.

What transmits at 20 kHz- 225 kHz?

The same radiowaves and radar that Allan Frey could hear, and proved to be audible in his studies, which have been increasingly surrounding us since the 1940s.

Two tactics I employ to reduce tinnitus:

1. Grounding soundly

Did you know that our mitochondria are magnetic?12

Researchers at Ohio University discovered that both heat and sound are controlled by magnetic fields.13  Both heat and sound are created when atoms vibrate. The researchers found that magnetic fields caused some of the phonons (sound particles) passing through the material to vibrate out of sync so that they bumped into one another.  Our cells communicate via vibration and frequencies of 0-75 Hz.14

Our mitochondria, which process the auditory signal at Ammon’s Horn, are inherently magnetic.  When we ground, we can regulate magetic fields for our mitochondria, giving them more proceessing power for light and sound.

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I have read personal accounts of some fellow “mitochondriacs” (those who support their mitochondria at all costs!) who have had acute tinnitus after shutting off their circuit breaker (emanates a large magnetic field). 

They report immediate relief after grounding:

“At night when I shutdown the power to the home, I go to the circuit breaker, which outputs around 100+ milliGauss when in close proximity to it. Doing this at 10pm before going to sleep I’m thinking can be disrupting, even a 10 second exposure. In the first month of moving into my new home, I noticed that after getting into bed and shutting down the power, I get a few minutes of tinnitus afterwards.

To compensate, I think I’ve successfully hacked it in a way you may not expect. After flipping the switches, I perform ‘Immediate Grounding’ immediately thereafter (within about 10 seconds). I can do this because in my home, I have an internal stone-wall that’s connected to the earth (image below). So I experimented this past week.

After shutting down the power, I go over to the wall and touch it for about 2 minutes. Voila… it appears I have little to no tinnitus when I crawl into bed. Last night I only touched the wall for a few seconds and then got into bed, and I noticed the tinnitus, but wasn’t as intense and went away after just a minute. So I’m thinking there’s an actual perceptive difference when I ground after touching the circuit breaker, and when I don’t ground after touching the circuit breaker.”

- “Scotty”

I like to stand barefoot on my basement floor while I type substack articles. I’ve tested the ground current in this part of the floor, which is zero volts per meter for electrical fields. Measuring this way is more effective than doing a body voltage test, which doesn’t measure actual current, only potential.

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2. Live in the near-infrared light district

I don’t want to sound like a broken record, but light is the key to sound.  Melanin is the pigment located in our ear that is built up through exposure to infrared and UV light.  Before we can absorb UV to optimize the effects of melanin, we need to first load up on infrared light during the AM and throughout the year.   

Sunlight is still essential as the Sun carries an infinite amount of wavelengths, however infrared light therapy can also help us build melanin and  optimize mitochondrial function.  However when choosing a light therapy source, near infrared (NIR) proves to be the best.  NIR also helps us increase subcellular melatonin, which we use during the day and night to fight cellular damage.

Far infrared saunas don’t penetrate our skin as deeply, and many infrared saunas emit extreme levels of EMF radiation.

.

This is why I love the people at SaunaSpace, as they know how to maximize the benefits of NIR by reducing unnecessary background EMF in their saunas.

If you don’t want to go that route, then get out in the light in the morning. 

Remember, there’s no such thing as bad weather, only bad clothing.

Skin to win.

If you’re bashful, you can pick a spot in your house where no one will see you, like my basement…but I won’t show you those pictures.

Thank you so much for taking the time to read this article, and please share with anyone you know who could benefit.

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Power ON with light,

Power OFF at night,

Roman & Bohdanna

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What we’ll learn in this article:

1. What is autism’s EMF history?

2. What does diabetes have to do with autism?

3. What is a neuro-immune disorder?

4. How are pulsed EMFs more harmful than continuous wave EMF?

5. How does light shape autism?

6. What does E = mc² have to do with autism?

7. How folic acid supplements create autism

8. How UV light helps prevent autism

9. The EMF protocol for healing autism

10. EMF 101 Masterclass: REGISTRATION NOW OPEN!

All articles are free. However, your support as a paid subscriber enables us to continue producing high-quality, independent research on important health topics like EMF.

As an ad-free platform, we rely on the support of our readers to keep this content accessible and free from external influence.

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Did you know that a mother’s rheumatoid arthritis or inflammatory diseases like celiac can elevate a newborn’s risk for autism by 80 to 350%, respectively?1

Did you know that folic acid supplemention can increase the risk of autism?23

Our children may be living lives with more creature comforts than we did by way of technology and convenient meal delivery, yet ironically they suffer more.

Neuro-immune disorders such as autism as well as Alzheimer’s have skyrocketed in the past 30 years, with early-onset dementia becoming more prevalent. Between 1991 and 2010 alone, “death by neurological disease” has increased 663 % for women living in the US.4

Autism’s history of radiation

Until 1912, autism had not even been discovered. It wasn’t until 1940, after humans were first exposed to wireless radiation such as the telegraph, radio, radar, and electrification of our homes, for this illness to appear in the medical literature.5

Did you know that the tech boom coincided with a vaccine boom?

Prior to 1980, only microwaves were commercially available in any significant quantity. The general public rapidly adopted other EMF technologies in laptops and cell phones after 1990. EMF use has grown exponentially every year since 1990 in the Western world. This explosive growth curve fits autism growth rates perfectly.

Back in 1980, 1 in 2500 children had autism. Today that number is 1 in 44.

After a measles outbreak in 1989–1991, the U.S. Vaccines for Children Program was authorized in 1993 to ensure that eligible children would have free access to all CDC-recommended vaccines.

Vaccines contain metals like aluminum, which are highly reactive to EMF.

Let’s back up even more to the 1950s.

Many new ailments such as Lyme, Legionnaire’s, AIDS, as well as diabetes have exploded since 1950. In the example of diabetes, a metabolic disorder, sugar consumption did not rise at all between 1922-1984, yet rates exploded tenfold.6

In 1997, diabetes cases soared 31% in one year. This is the same year that digital cell phones began commercial service. Digital phones use higher frequencies of 2.45 GHz (what most Wi-Fi runs on). Before 1997, only hybrid digital-analog phones were available commercially, and used frequencies of 850 MHz, which contain less energy per meter. After 1997, cell phones were no longer a luxury and became a commonplace necessity.

Before 1997, rural areas of the US did not have cell towers.7

Here is another example out of Sweden, in a peer-reviewed study conducted by pioneer of EMF research and Professor of Neuroscience at Karolinska Institute Olle Johansson:

In August 1997 the first digital TV transmitter was launched in Sweden. That autumn the first ‘hot-spots’ for mobile connection to the Internet were also introduced to serve traveling executives in hotels, train stations, airports, gas stations etc. 8

“But the real big thing that came into practical use by the whole population was the introduction of the dual-band mobile system. The reason was that the number of available connections in cities was too small for the rapidly increasing demand. GSM 1800 (higher frequency than 1G) offered many more connections in crowded cities and solved the problem.”

-Olle Johansson

Here is a graph from their study showing a marked uptick in negative health outcomes in Sweden beginning in 1997:

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What does does diabetes have to do with autism?

Both diabetes and autism are disorders of our immune system.9

If you read the previous article on how EMFs disrupt our immune system,

you’ll understand how certain conditions once considered strictly genetic, like autism, are epigenetic in origin. Environmental toxins like wireless radiation create an inflammatory response, which then affects genes like MHC110. MHC1 not only regulates our immune response but also controls neurogenesis (aka our origins of nerve growth).

What is a neuro-immune disorder?

These types of disorders affect all people of all ages and up to 30 percent of the US population.11 Examples include: seizures, vertigo, anxiety, depression, and ADHD, to name a few. Autism and Alzheimer’s are two major neuro-immune disorders.

By disrupting our MHC1 gene, wireless radiation can not only put us in a chronically-stressed state, but can also decrease our amount of microglia in the central nervous system.12

Microglia are our brain’s protectors, and help facilitate communication of immune cells across our blood-brain barrier so that they can clean up toxins.

For example, microglia remove neurons that don’t communicate properly, thus ensuring that information transfer between neurons is not interrupted. These also help clean up clumps of abnormally shaped proteins that accumulate and are associated with neurodegenerative diseases such as Alzheimer’s disease or Parkinson’s disease.13

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Our blood-brain barrier (BBB) is not easily crossed, however is made more permeable by EMFs such as Wi-Fi and other sources. Increased permeability of this barrier has been found in those with autism. As far back as 1970, Allan H. Frey conducted research for the US Navy and found that EMFs allow other environmental toxins to leak through our BBB.

We are all exposed to these fields daily, even without Wi-Fi14, as our laptop chargers and electricity in our walls creates pulses of electricity, which can also render our BBB more permeable if not addressed through vital EMF reduction strategies.

EMFs from standard AM radio are typically less harmful, as they exhibit a continuous wave pattern that our cells can more easily absorb than the pulsed-wave pattern of our wireless devices.

Our bodies have a harder time “reading” the pulsed frequencies. Pulsed frequencies are like hearing a machine gun, versus a continuous rifle.

Continuous vs Pulsed EMF:

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How does light shape autism?

The autistic tend to have sleep disorders and are sensitive to touch, light, and sound. They also tend to have less melanin in their skin15 and retina.16 The presence of melanin pigment in an embryo’s retina is the signal that initiates how our nervous system wires itself from our eyes to our hormonal master clock, the suprachiasmatic nucleus (SCN), and from the SCN deep into our brain. The SCN controls our circadian rhythms, and our pupillary response to bright light.

Melanin is also located in the cochlea of our ear, and allows us to convert light into sound we can hear.17 Brain surgeons like believe that when the melanin pigment is not created correctly at birth, this can lead humans and other species to exhibit atavism, where traits of distant ancestors can reappear in the modern day. Early primates were loners, and social networking became a big trait later on in the evolutionary history of the primate. This could be why those with autism exhibit symptoms of anti-social behavior.

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Personally I’m not sure, but the link between light and the evolution of species is one that is often ignored, as time gets center stage.

What does E = mc² have to do with autism?

Energy = mass X speed of light squared

I believe if we can get the autistic to change their light environment, by absorbing full spectrum Sunlight along with more near-infrared, and eliminating artificial blue light, we can increase the viability of their melanin, which acts as an antioxidant powerhouse.

For all you physics geeks:

Here’s a picture of Saturn/ Cronos (Father Time) eating his children.

Isn’t it fascinating how light and Father Time are directly related?

Time eats our light during the day, only to then give it back the next morning, after it has slowed down in our brains enough to fill the timeless void of our dreams. But I digress…

Have you ever stopped to think how and why at different times of the day, the light from our Sun changes?

Assuming the speed of light (c) stays constant (father Time is constantly on our case) in order to increase energy (E) in this equation, we would need to increase mass.

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How do we do this in our bodies?

My perspective is that we increase the amount of skin (water in the mitochondrial matrix) we expose to light in the form of near-infrared photons and sunlight.

The Sun’s light is constant, yet its wavelengths (energy) are variable. For instance, water creates perfect hydrogen bonds, which our bodies can then use to optimize our nervous system at 3000 nanometers (infrared wavelength).

Let’s stop building hydrogen bombs, and start building structured water in our cells. This way we can make Father Time fill up on water (a glass of water slows light down) so he’s less hungry for our energy!

How folic acid supplements may create autism

Natural folate is needed in the brain for the synthesis of crucial brain chemicals such as norepinephrine, serotonin, and dopamine.

However, folic acid (the synthetic version of folate) is not absorbed the same way, and needs to be converted by our livers, which may not always happen correctly as gene mutations may occur during the process.18

Studies have also indicated that expecting mothers who supplement with folic acid put their newborns at an increased risk of autism.19 Could this be why the autistic become poor absorbers of ultraviolet radiation, as metabolic pathways like the one shown below get disrupted?

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Natural folate is also destroyed by intense UV-A and UV-C sunlight.  Could this be nature’s way of telling us we don’t need folate during the hotter months?

Dark skin protects the stores we have, but there is now proof that folate levels are designed to be low when the solar radiation is strong in the local environment.

UV: The first supplement every mom needs

This is another reason why I believe the autistic could benefit with more infrared light, as this wavelength helps build darker skin20 so that it can absorb more UVB, along with melanin and folate as a result.

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Mothers need serotonin to prevent autism. However, mothers first need to produce tryptophan, which can be created in the (full-spectrum sunlight) presence of UV light at 290nm:

The autistic also need a way to absorb UV-B, so that they can make vitamin D. Having the right amount of LDL cholesterol is also crucial for this process to occur.

Note: those of us in developed nations are now ingesting excess folates in three ways: as natural folates from food, synthetic folic acid added to processed grains and synthetic vitamin supplements.

A less-is-more strategy for autism

1.Reduce EMF to support heavy metal detox

Practitioners like Dietrich Klinghardt, who have helped countless families with autisitc children, have discovered that reducing EMF in the home is a potent tactic in reducing symptoms. When wireless radiation is reduced, this allows our bodies to detoxify heavy metals at a faster rate than with wireless EMF present.21

In a pilot study conducted by Klinghardt in Seattle (a Big Tech hub), he tested the body voltage of mothers in their bedroom, and showed that neurologically impaired children had readings that were 8.5 x higher than average. The study suggested that EMFs in the bedroom “may be the undiscovered key contributing - if not causative - factor in neurological impairments in children, including autism.”:

This is why taking our body voltage readings in our bedroom is a keystone EMF mitigation tactic:

We need to get back to the basics first, so that we can create a sleep sanctuary that is free of EMF. There are many ways we can do this, but at the very least we can begin by shutting off power to our bedroom.

One particular reason to avoid RF radiation exposure during pregnancy is that an embryo or fetus may not be fully protected by amniotic fluid for extended periods of time due to the natural movement of the embryo or fetus within the womb.

Secondly, the pelvic structure promotes deep RF radiation penetration and that radiation can be absorbed within the developing embryo or fetus. Do not keep your phone on your lap.

Consider this: if you need to have a phone to stay in touch, or you need it to work “for a living”, ask yourself how much it’s contributing to your actual “living”? Many people have informed me how their lives have improved without a cell phone, but we’ve been programmed to believe the opposite.

2. Ground

Get outside and walk barefoot on the ground at a park, or by a body of water (water is an electrical insulator). If you’re in the city, bring the Earth to you by drinking diatomaceous earth or bentonite clay. This will increase your body’s response to electromagnetic stress, as clay can insulate our cells from EMF by building a cushion of structured water around our cells.

3. Supplement with light

Get tons of AM sunlight, as well as near infrared (NIR), which will increase subcellular melatonin. Even the fetus will absorb NIR, and create melatonin.

4. Supplement with supplements (that work)

I follow Dietrich Klinghardt’s heavy metal detox protocol, and added some of my own twists. Not all of my routine is included here. I like to take:

• Chlorella 30 minutes before a meal, or mixed with some coconut cream for a ketogenic protein that lasts and keeps my blood sugar stable.

• Cilantro tincture (homemade, in vodka) - this I take with chlorella, but only after taking chlorella for about 3 weeks, as ciltantro can pull out toxins too quickly and then redistribute them into tissues where they can do more damage. Chlorella helps purify the blood beforehand, and prime our system for further detox. * This is a powerful detox protocol - consider speaking to your naturopath before proceeding.

• Pau d’arco bark tea - this helps us increase stores of NADH, which allows us to decrease inflammation by donating hydrogen electrons to cellular processes that need them most. More info on NADH can be found here. I steep the bark overnight and then either drink the water first thing in the morning, or blend it into my smoothie along with some lemon juice and water before adding other ingredients, so that I don’t destroy the bark’s beneficial compounds (citric acid prevents oxidation).

A reflection:

In a day and age where we aimlessly peruse our ‘self-checked out’ aisle…

self-absorbed with the numbing comforts of our artificial light

maybe the Gods are trying to tell us…

Not to gaze into the abyss of our ego

But let our soul shine as our eyes reach for the sky.

We are more powerful than we know,

Roman & Bohdanna

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1. How our genetic environment controls our immune system

2. How mitochondrial DNA determines disease outcomes

3. How do our immune systems produce the energy they need?

4. How do EMFs affect bacteria?

5. Why dogs in Oregon may be more sick

6. How does copper support EMF health?

7. How mainstream science aims to make artificial DNA with copper

8. A prayer for Copper, America’s Dog.

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The other day, a colleague of mine sent me a link to an article, “The Race to Find What’s Making America’s Dogs Sick”.

Over the past few months, a mystery respiratory illness has ravaged the American canine. This disease is similar to kennel cough, though symptoms tend to be more severe, last longer, and aren’t responsive to the common antibiotics used to treat this known illness.

In some cases, this new disease has been fatal. Veterinarians across the country don’t know what is causing it, but theorize it could be from an unfamiliar bacteria.

Thought to be a cause of respiratory infections in a wide range of mammals, Bordetella bronchiseptica isn’t typically found in humans, however has been discovered in immunocompromised patients (Woolfrey and Moody, 1991).

The key to remember in the above example of the immunocompromised is that the current state of our society’s health dictates how harmful these pathogens can be, versus the pathogens themselves determining the state of our health.

Our epigenetic immune system

Did you know that only five percent of cancer and cardiovascular patients can attribute their disease to heredity?1

Epigenetics is the study of how our genes are modified by our environment.

Did you also know that non-native EMFs from Wi-Fi and cellular produce oxidative stress in the body2, which in turn creates an immune response?

As part of this immune response, a type of white blood cell may be formed, called a monocyte, which then helps us fight infection.

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When these monocytes are activated, we alter our genes.3 Certain genes, like MHC1, allow the immune and nervous system to develop.

When MHC is overwhelmed from EMFs, proteins like IL-1, which reduce inflammation, are thrown out of balance. As a result, chronic illnesses like osteoporosis as well as autoimmune diseases persist, as we create what’s known as inflammasomes.4 Toward the end of this article, we’ll also learn how conditions like osteoporosis can be created through a weakened immune system as our bodies lose the ability to use copper effectively.

A Pioneer of Epigenetic Research

Douglas C. Wallace founded the field of human mitochondrial DNA (mtDNA) genetics and demonstrated that epigenetic mtDNA variation has profound implications for human health and disease.5

What impacts out mtDNA the most?

Our environment!

Wallace demonstrated that mtDNAs, when moved to new environments, can predispose us to a wide range of complex diseases. Wallace’s research reviews the relationship between mitochondrial energy production, and gene expression.

How do mitochondria produce energy?

We know that EMFs disrupt normal energy production of our mitochondria by impairing the basis of cellular metabolism - the electron transport chain (ECT). 6 This process occurs in the mitochondria, as cytochrome c oxidase, the final enzyme required to complete this chain, no longer functions correctly due to a lack of sufficient oxygen.

Heme is a protein we use to not only oxygenate our blood as it’s also necessary for the ECT to work. Cytochrome c contains a heme iron metal center that is essential to its function.

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Heme allows for electrons to be donated, which ultimately gives us energy in the form of ATP, our cells’ universal energy source.

Are we giving you flashbacks of that biology class yet? Good! My eyes always glazed over as a teenage student anyway, so here’s to karma.

Magnetic fields will also create what’s called a “Fenton reaction” whereupon EMFs act on iron and create stress on our cells in the form of free radicals, which tend to cause inflammation.7

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Our brains are also loaded with magnetite, a type of iron.

Could it be any wonder that we have brain fog, abrupt mood changes, and neurological disorders from these alien fields?

How do EMFs affect our bacteria?

If you read our previous article on EMF and Lyme Disease, you’ll know how even extremely low frequencies (ELF) from our home wiring can create bacterial resistance, as well as facilitate the growth of pathogenic strains of bacteria such as E. coli.8

As far back as 1978, researchers such as Yuri Udinstev found that the concentration of bacteria needed to kill mice was only one-fifth of that needed in an environment without any ELF present.9

We do know that EMFs such as those from radiofrequency (RF) of Wi-Fi and cell phones can impair our immune system and stimulate cancer growth10 11 12 , and affects all mammals.13 14

Our electrical habitat experienced a radical shift during World War II, with the introduction of new technologies such as radar.

Should we be surprised then at the onslaught of “new” ailments that started around 1950 and rapidly accelerated from there?

Even new maladies have recently been described “as coming from pathogens that previously weren’t capable of inducing disease.”

Among some of these modern diseases are:

• Lyme disease. A virus disease carried by certain insects, it produces severe arthritis in humans. It’s one of several similar illnesses that have appeared only recently.

• Legionnaire’s disease. This is a pneumonia caused by a common soil bacterium that has found a second home in air-conditioning systems, an organism that caused no recognized problems before the initial outbreak in Philadelphia in 1976.

• AIDS. Autoimmune deficiency syndrome is a condition in which the body’s immune system fails completely. The patient is unable to resist common, otherwise harmless bacteria and viruses, and can no longer suppress the seeds of cancer that reside in all of us.

Vets across the US search for the mystery bug

David Needle, senior veterinary pathologist at the University of New Hampshire, is leading the nationwide search for the cause of the mystery respiratory illness affecting America’s dogs. Needle’s theory is that this potential pathogen has coexisted with dogs for thousands of years, but at some point it evolved the ability to cause disease “either by mutating or acquiring a gene from another bacteria.”

Needle believes the increase in this respiratory illness could be the result of a busier summer season, when dogs were out in public and interacting more heavily. He maintains there may also be other unidentified respiratory pathogens affecting dogs right now.

I agree - the dogs have been interacting, with radiofrequency. How many dogs have been locked in their homes, breathing stale air, and compromising their immune system as they take 5G baths that they can’t scamper their paws out of?

The exponential increase of EMFs such as 5G, which includes not only phones but thousands of low-orbitting satellites, disrupts the global electric circuit and also combines to create an even more virulent EMF toxin known as dirty electricity.

Yes, a pathogen could certainly be a potential cause of this mystery illness.

Is anyone asking:

What is causing this bacteria to now be especially pathogenic?

A clue in Oregon

Cases of this illness have been most rampant in Oregon. The state’s Department of Agriculture began receiving reports of unusual canine respiratory infections back in August. Over two hundred dogs with a similar illness have been reported in the state at present, and similar cases have appeared in multiple other states.15

If you haven’t read The Invisible Rainbow by then I would highly recommend you do so, if you are even slightly interested in how electricity and new magnetic fields around us may be impacting the health of your animals.

A synopsis of how all outbreaks of influenza (from the “influence” of the stars) is related to variations of both native (sunspot and space weather) and non-native EMFs (radio, radar, Wi-Fi) is given in the following article:

Microwaves create stress for our immune system, and wireless technologies like 5G are a form of microwave radiation, which has been shown to damage our DNA.16

Dogflu.com, a website of pharmaceutical giant Merck, lists the following areas (in red and yellow) as most affected. As it turns out, these are the same areas of Oregon laden with 5G (fifth-generation) wireless infrastructure:

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Our copper-silver lining

Remember how we discussed the way EMFs disrupt the iron our electron transport chain needs to function? There is another metal that plays a role in this electric ballet.

Copper helps us form red blood cells, absorb and use iron, and helps us make life-sustaining proteins and enzymes like cytochrome c oxidase, which in turn regulate nerve transmission, blood clotting and oxygen transport. Systemic copper deficiency often leads to iron deficiency.

What do our mitochondria need to work?

Sing it with me my Powerful Humans!

“I. AM. IRON. I mean…COPPER MAN.”

Copper also stimulates the immune system to fight infections, repairs injured tissues and promotes regenerative healing in bone

However, an imbalance of copper can lead to all sorts of ailments such as anemia, Alzheimer’s, leukemia, along with DNA damage.1718 Metals like copper also absorb microwave radiation. 19 This could help explain why so many copper imbalances are prevalent today in the Age of 5G Satellites.

Scientists have found that they can even make synthetic DNA using copper. 20 2122 This is how much our DNA has an affinity for this metal, and why it needs to be kept in check with the right type of lab work. Hair samples of new growth often yield the most accurate result. I like Can Alt Labs out of Canada. Here’s what one of their sample lab results from hair analysis looks like:

Canalthma

1.99MB ∙ PDF file

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Are you the carpenter of your copper DNA destiny?

Dr. Robert Becker, an American orthopedic surgeon and pioneer in the field of bioelectromagnetics, conducted extensive research on copper and bone regeneration in his seminal work The Body Electric. Becker found that apatite crystal, the area of our bone which connects with our most abundant protein collagen, was held together by two copper atoms.

Osteoporosis, whereupon our bones become fragile, brittle, and more likely to break, has concerned astronauts of the American and Russian space programs.

“As [space] flights got longer, doctors found that more and more apatite was lost from the bones, and that depletion of the bone’s calcium reservoir might affect the nervous system and muscular efficiency.”

Space osteoporosis may result from unnatural currents induced in bone by a spacecraft’s rapid motion through earth’s magnetic field, with a polarity reversal every half orbit.”

Where else do polarity reversals occur all the time?

In our home wiring, which cycles 60 times per second (60 Hz) with electromagnetic pulses.

A common reason given of why astronauts lose bone mass is pinned on the lack of weight-bearing exercise under the presence of gravity. However where does gravity come from?

Where does anti-gravity also originate?

EMF.

The electromagnetic force is 1,000,000,000,000,000,000,000,000,000,000,000,000 (that’s one undecillion) times stronger than the gravitational force.23

EMF is the Sun of gravity’s planet.

With the number of low-orbiting satellites now exceeding one million24, what planet, and magnetic field, will we be living in?

I have reached out to David Needle at the University of New Hampshire for comment, but have yet to receive a reply.

This article, and its research, was inspired by Copper, a tan-and-brown mixed-breed, who spent October fighting for his life due to this mystery illness.

A moment of silence.

If you’ve read this far, we ask that you close your eyes, and send a prayer of loving kindness and compassion to Copper, right now. May we be his best friend, as much as he is ours.

You are more powerful than you know.

Roman & Bohdanna

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