Once the radiation exposure was gone, normal blood flow values were clearly visible again in both cerebral arteries.
In other words: narrowing of the blood vessels caused by radio waves. On my right side, on the other
person's left, and maybe all over for other people.
I was able to measure my heart rate using radiation exposure. And now things are getting interesting.
We can see these peaks in the recordings here. And they correspond to the radiation peaks.
Exposure to cell phone radiation also weakens the immune system because white blood cells are no longer as mobile.
Forty years ago, people with allergies were laughed at. You couldn't see allergens.
Now we know that allergies exist, including peanut allergies.
And even if I don't have them, Klaus here can have them.
Now, people with electromagnetic hypersensitivity are being ridiculed.
But just because I don't have that problem doesn't prove that the other person doesn't have it either.
I will now turn the floor over to my colleague sitting next to me, Dr. Monika Krout. She is the next speaker.
She studied medicine at the University of Marburg, earned her doctorate there, and then worked as a
resident in pediatric oncology at the University of Cologne.
She received research fellowships in the field of oncology and hematology at the Max Planck Institute in Munich, as well as at
the University of Texas and the Health Science Center in Houston.
She has regularly worked on assignments abroad in the Philippines, India, Nepal, and Tanzania.
Monika Krout ran her own natural-science-oriented practice as a specialist in general medicine and conducts research in the field
of electromagnetic hypersensitivity, particularly on the relationship between heart
rate variability and cellular radiation.
She has been on early retirement since 2021; she is a widow, the mother of three adult children, and already a grandmother.
Together with her partner, she runs a trout farm in the Eifel region that specializes in trout—as well as a few
other animals—and is dedicated to preserving animal and plant species threatened with extinction.
We’re really looking forward to dear Monika, to hear your presentation on the topic “Electrosensitive Refugees in Their Own
Country,” in which you’ll also share your own very distressing experiences related to electrosensitivity and
the death of your husband. I’d like to give you the floor.
First of all, thank you for listening, and I hope everyone still has a little energy left
to stick with me for the last twenty minutes.
My topic is “Refugees in Their Own Country”—it’s just… well, for two reasons… I’m personally affected.
I've been really preparing myself for the past three weeks so that I can truly be present here and handle all these things.
With my inhaler, but I'm really here now.
My husband was affected; he died from it, and in my practice I’ve had so many electrosensitive patients—so many cries for
help—that I couldn’t really help because the politicians wouldn’t cooperate, and that’s why I’m here right now.
Refugees in their own country. The symbol is a hummingbird inside a yellow heart, and that is the global symbol
for us people with EHS—that’s what we call it for short.
Yeah, I don't even know who actually knows what a hummingbird is or what amazing animals they are.
When you study hummingbirds, you realize that they are the only animals that do not flee during a forest fire.
All the animals are gone, all the people are gone, and the hummingbird does something special: it flies to the nearest river
and brings back water drop by drop to put out the forest fire.
And the idea came to me as I sat here.
Wow, here we are already—I don’t know how many hummingbirds there are among us trying, drop by drop, to tackle this issue, the
dangers of cell phone radiation, harmful vaccines, and everything else—and I’m simply
inviting our online listeners to be hummingbirds, too.
All of this, seasoned with heart. And the heart and mind go hand in hand, and I think that whenever we do
something, we should always approach it with heart.
And, of course, we must always use our common sense to make sensible decisions. It’s very clear to me that we can’t
do away with cell phones, but there are possible solutions, and that’s why we can work together. It’s possible.
A little background: I find the color yellow fascinating.
Back in the day—as many of us older folks still remember—there were still coal mines, and they used to take
canaries—yellow canaries—down into the mines in cages.
And when they ran out of air, it became dangerous, and the miners had to get out of the mine.
And I think many of us who are electrosensitive—I’ll explain that later, too—are a bit like those canaries, and perhaps
serve as a small warning of what might happen to other people as well. Not necessarily—that’s important!
Many of us who are affected by this take refuge in our basements because we can no longer sleep in our regular apartments.
For sleeping, for working. And basements can sometimes be creepy—not very nice.
They flee from their apartments into the forest.
I myself—I don't even know—spent two or three years sleeping in a two-by-two-meter red cabin in the woods at -20°C
because I couldn't stand living with electricity anymore.
I couldn't stand Funk, but I made it through again—I just barely made it.
Many people are moving in search of a new place—where else can we go?
That's how things were at my practice until 2021, and many of us lost our jobs, and there was so much we could have done.
We are teachers, we are doctors, we are early childhood educators, we are caregivers, we are construction
workers—we have so many skills; we could be an asset.
And some people see no other way out than to take their own lives.
And that's exactly what happened with my husband—after the radiation dose was increased,
he was cooking in the kitchen, and I told him:
“Please go down to the basement; the radiation levels are high.” And he said, “You know, I don’t want to do this
anymore.” That was the beginning—at least in the movie.
And also, as Klaus Buchner just described, the pain is unbearable, and it’s like being in a prison you can’t escape from.
When I first realized I had electromagnetic hypersensitivity—I think it was in 2013—I thought, “Wait, is this all in my head?”
"Do people really have something? You can't see it, you can't feel it? Or is that really how it is?"
The Federal Office for Radiation Protection says it's all in the mind.
And people said, “No, actually, we do have that problem.” And that’s the question we’re looking into now.
Exactly, the yellow chair. Many of us couldn't get out anymore, and the yellow chair represents all the
people around the world who would love to be here but can't.
I'm a person; I come from a research background, and whenever I come across something, I
always want to know: Is that true, or isn't it?
And I'm always trying things out on myself, because then I can contribute to the conversation.
So, what did I do? I got myself a long-term radio signal monitor.
I sat down in our office, which was soundproofed.
I called in a colleague who performed a Doppler ultrasound of the head, and I told him:
"Please check the right middle cerebral artery and the left middle cerebral artery, and see if we can see
anything when the office door opens and the signal comes in."
Yes, he saw something—you can see these elongated peaks down below.
These peaks indicate that every time the clinic door opened (four times), blood flow through my right middle
cerebral artery decreased or stopped entirely—and this happened only on the right side, not the left.
I could never have influenced that. Once the radiofrequency exposure was gone, you can clearly see normal blood flow
values in both cerebral arteries again—which means the blood vessels were constricted due to the radiofrequency exposure.
On my right, on the other person's left, and maybe all over the place for other people.
Next attempt: I was here—I walked through the woods here and monitored my heart rate.
I did this with myself, with over 1,000 people, with llamas and alpacas—and I didn't just hook them up to an
ECG; I also attached a dosimeter to their arms, which recorded data in parallel over the long term.
That means I was able to measure my heart rate using radiation exposure. And now it gets interesting.
We can see these peaks in the recordings here, and they correspond to the radiation peaks. You can see that quite clearly.
With one exception: That's where my heart rate goes up—not because there was radiation there, but because
there's a hill in the forest that wasn't as physically taxing for me as the radiation exposure.
The same goes for llamas and alpacas—they can't tell a cell tower from a tree.
Then my predecessor, Klaus, was kind enough to tell me about the blood tests.
And this is how it was described to me: We draw blood, expose people to radiation, draw blood again, and the blood changes.
Then the industry came along and said, “Oh, come on—blood clotting happens because of the second blood draw.”
And that's when I thought: You know what, let's do it differently.
I draw blood, take two test tubes, and two cover slips.
I'll turn off the radio on one glass, but not on the other—at the same time.
And then I'll take a look under the dark-field microscope to see what happens. Let's take a look at that.
Here we see blood that has not been irradiated, we see a white blood cell—that’s the tiny white entity at the top—which is on
the lookout for bacteria and harmful substances and sets out on its journey to fight off or protect the body from pathogens.
Okay, let's move on now, and in a moment we'll see the same blood sample from the same
subject, collected at the same time—there it is.
And here we can see the difference. The red blood cells are clumped together.
We can still see our little white blood cell hidden in the middle of the cluster, but it’s
not doing anything—or hardly anything at all.
What this means is: Mobile phone radiation also weakens the immune system because white blood cells are no
longer as mobile. Does that make sense? (Audience: Yes)
All right, let's continue. Then a patient, an art teacher, came in and said:
"You know, I'll paint you a beautiful picture."
And I'm sharing this here with my thanks to the lady, in case she's watching.
In the upper part of the image, we see a gas pump—perhaps not quite fitting for this era—and we
see the healthy radiance, the healthy blood cells.
The fuel valve is well supplied with blood, and the heart is happy to have a good supply of oxygen-rich gasoline.
In the lower part, we see the artificial radiation.
The blood has clotted, so it naturally flows more slowly; the blood vessels are constricted and
spasmodic—as Klaus put it so well—due to the influx of calcium.
You remember the cellular calcium... it sends a signal to the cell: “Please, muscles, tense up.”
The blood vessels are surrounded by muscles and contract.
Blood flow to the heart, brain, and kidneys is significantly lower in the presence of cell
phone signals, and people receive less oxygen.
And that’s exactly the story of my husband, which I’d like to share very briefly here because I think it’s important.
On that day, my husband said, “I can’t take it anymore!” and then suffered a stroke and epileptic seizures.
I took him to the hospital against his will, with isolation blankets and protective
gear, which was immediately disposed of there.
He fell into a deep coma while in the hospital.
They'd done a CT scan, and the brain looked just like the one from Salford that Klaus had just shown us—the rat's brain.
His brain was completely riddled with holes, and the worst part was: My husband could no longer be put on a ventilator. Why?
The diaphragm is a muscle that moves deeply as you inhale and exhale.
My husband's diaphragm was cramped.
And no matter how much ventilation pressure was applied through the oxygen cannula, even if you laid him
on his stomach, you couldn't ventilate him anymore.
Yes. The kidneys have failed. Why?
The kidneys are supplied by small renal vessels, which are in turn surrounded by muscles.
Because of the blockage, the kidneys could no longer filter blood.
He had kidney failure. His lungs weren't getting any oxygen, etc., etc.
Formula, everything. I fought for six weeks: “Please take him to another room.”
I went to the ethics committee. After six weeks, he moved from a room with 4,000 μW/m² to one where there was hardly anything.
After three hours, they were able to put him on a ventilator. The next day, he began breathing on his
own, and after a week, he was sitting in a wheelchair.
We were able to start speech therapy, physical therapy, and everything else, and his kidney function improved quickly.
I couldn't take him home—I had three school-age children and no caregiver, because he always needed to be
suctioned, so we lived in a "ventilator shared apartment."
As specified in the written contract: shielded room, no wireless.
After two weeks, Birgit, the night nurse, came in: “I have a right to my Wi-Fi.” – Yes!
I slept at my husband's place last night, had to be at the office at eight in the morning, and told Nurse Birgit:
"Until 10:00 p.m., we'll keep the door closed; I'll do it myself."
"But then the Wi-Fi goes out, you're giving my husband a blowjob, and I have to work tomorrow."
The alarm went off at two in the morning, and my husband was right where he had been before. He never recovered from that.
Forty years ago, people with allergies were laughed at. You couldn't see allergens,
Now we know that there are allergens, including a peanut allergy.
And even if I don't have them, Klaus here can have them.
Now, people with electromagnetic hypersensitivity are being ridiculed.
But just because I don't have that problem doesn't prove that the other person doesn't have it either.
And the treatment options—and I can tell you this—are really limited.
I've tried many, many things, but the most important thing is exposure prophylaxis.
People need to step away from the radio first to catch their breath; their muscles need to relax, and then we can help
by providing oxygen, vitamins, minerals, and other things.
But the most important thing—and I don't know of anyone for whom it's any different—is: Get off the radio.
And then we have our tools here, just like I do here.
You can't do without them. I've called them "as-needed medications."
So, that means being electrohypersensitive—let me rephrase it: we could be symptom-free on public transportation, we
could attend events, we could, we could—if just a few small conditions were met. And I did the math.
If we are to believe the Australian study, 17% of adults are electrosensitive, that means there are 85 affected patients in a
single hospital with 500 patients; if we divide that by three—since we have
three-bed rooms—we end up with twenty-eight rooms.
We could easily fill two wards with people suffering from environmentally induced illnesses—with doctors suffering
from them, with nurses suffering from them—and while we wouldn't have solved our nursing shortage, we could alleviate it.
The same applies to preschools; it applies to schools.
Yes, we could be in a much better financial position, because most of us who are
electrosensitive want to work. We want to be part of society.
We discussed how it is possible to reduce radiation, and so I ask everyone:
Please help raise awareness about electromagnetic hypersensitivity, so that we—and I speak for all of us—can once
again have a place in society, and so that we can move toward a healthy future together and need
fewer and fewer yellow chairs. Thank you for listening.