Is your DNA an EMF antenna?

Over several decades, more than 1,000 different studies have been published showing that electromagnetic fields (our wireless wonderland) have various negative effects on our health. But you might be wondering: Well, how? And that's pretty fair because, when you think about it, if you have 50 or 60 HZ AC electric and magnetic fields, that's very different from, say, an FM radio signal at 98 MHz. And then you get all the way up to 2G, 3G, 4G, 5G, which can reach up to 5 or 6 GHz. So instead of 50 cycles per second, we're talking about 5 billion cycles per second. And you're also talking about very different power levels.

So, yes: How does this wide range of different EMF frequencies and power levels affect our health? Well, the answer may be our DNA! Hello and welcome back to ScottiesTech.Info. I'm Scottie and my co-host Cletus the Trible back from vacation. In my hand I have a fascinating article from 2011 titled DNA is a fractal

antenna

in electromagnetic fields. It's by Martin Blank and Reba Goodman. Now, before we get into the nitty gritty details of this article, first of all let's think about the title. I mean we all know what DNA is, right? Electromagnetic fields, that's self-explanatory. But what the heck is a fractal

antenna

?

Well, first let's do a little review about the antennas. So this is an antenna. It's literally a conductive piece of metal, right? That's an antenna. And at lower frequencies, you need a longer antenna because of the wavelength and a lot of hairy stuff that I won't get into. Then you have slightly higher frequencies, the length of the antenna becomes shorter. And at very high frequencies, the antenna length becomes very, very short. So, for example, at gigahertz frequencies (the ones used in WiFi, Bluetooth,

your

smartphone, that sort of thing) you might have a wavelength of a few centimeters.

So

your

antenna length will be very, very short! But the antennas are optimized to receive signals on one frequency. As we know, very often you have a smartphone and it needs to support different networks, different frequencies, different bands. So what if we could make an antenna that received three different frequencies? Well, you can if you do something like this. You simply join these three antennas together and boom! You have an antenna optimized for three different frequencies. Okay, not really, because it's a lot more complicated than that. But you get the idea: if you combine multiple antennas into one, it can receive multiple frequencies.

Okay, but what the heck is a fractal? So in this video you can see a fractal, and essentially what we're doing is zooming in on the fractal, and as you do that, you'll eventually notice the pattern repeating. The more you zoom, the "zoomed out" view is identical to the "zoomed in" view. The complex pattern then repeats up to an infinitesimal decimal size: to infinity. It is something like a pattern that repeats itself. That's essentially what a fractal is. So a fractal antenna? Well, an example of a fractal antenna is this type. Now, you will notice that it is a somewhat complex design and you will see that in the middle you have a large cross.

So that could be the part of the antenna that will receive the low frequencies very effectively. Then, if you look away, you can see five smaller crosses. Well, that would receive higher frequencies. And then if you look again, you'll notice that there are 25 of the really small crossovers, so they would receive the highest frequencies. So this fractal antenna is designed to optimally receive three different frequencies. Now, it's MUCH more complicated than that because usually fractal antennas use computer-aided design and when you put multiple antennas together, you have... it gets really complicated! But just for our purposes we will keep the explanation very simple and just understand that fractal antennas are essentially designed as broadband antennas and are capable of effectively receiving a wide band of frequencies.

And you will be surprised to know that you are most likely holding (or have in your pocket) a smartphone right now and chances are that smartphone has a built-in fractal antenna. This makes sense because your phone must receive 2G, 3G, 4G, 5G signals. It has WiFi that works on different frequencies and it is not very convenient to have a smartphone with 50 giant antennas protruding from it. So what they do is they design these fractal type antennas and that's how, let's say, your smartphone can receive a wide band of frequencies. Okay, now at this point you're thinking, "Uh, Scottie, but you said DNA is a fractal antenna, but DNA looks like this, right?" Double helix shape.

That's DNA, right? That doesn't look like a fractal antenna to me! Well, you're right. But it turns out that DNA is apparently stored compacted inside each of our cells and that compacted ball, which is known as a "fractal globule," has some interesting features. Apparently, if you pull on any part of what looks like this ball of knotted thread, it will actually unwind effortlessly and will NOT be tangled or knotted in any way, even though it appears to be. This makes sense because if your DNA needs to unwind and all that crazy biology and chemistry stuff has to happen, if it's knotted up in a big tangled ball, that's not going to work.

So this fractal globule is how DNA arranges itself to save space and efficiently do other crazy things in each of your cells. And they call it 'fractal globule'. Apparently it's fractal. Okay, now you're thinking: True, but you said a fractal antenna and you said that normal antennas are conductive metals, so electricity passes through them. So DNA could be stored in a fractal ball, but is it conductive? Well, it turns out the answer is: maybe! For more than 20 years, scientists have been arguing about whether DNA strands conduct or not. In one experiment they took a part of a DNA strand and anchored it to a gold surface with a buckyball or something and they had this gold pyramidal probe and they were able to pass a current through it and they said, yeah. , DNA is a conductor.

Other scientists came out and said: no, DNA is not a conductor. The smartest of all the scientists said: Hmm, maybe if the DNA is stored in this fractal ball and depending on the configuration it becomes conductive or non-conductive. Sometimes it is a conductor, sometimes it is an insulator. So maybe the reason they've been arguing endlessly about whether DNA is conductive or not is because sometimes DNA is conductive and sometimes it's not. So apparently, depending on our genes and any DNA damage we may have, our health, it appears that DNA as a fractal antenna CAN, in fact, receive a large number of different frequencies and this could explain why in the book 'The Invisible Rainbow' by Arthur.

Firstenberg, you talked about how in the course of technological development, first we had electrification and several health pandemics occurred and then we had the introduction of, you know, telegraph cables and then we had telephones and then we had the first radio systems. and transmitters, radars and cellular telephone networks. And as each of these technologies was introduced, I could relate them to some increase in health problems among the human population and also among animals and bees and everything else. This gives an explanation as to why, because if you have DNA and the DNA acts as an antenna that absorbs all, or CAN absorb all, of these different frequencies under the right conditions, then there is your explanation.

How is it possible? That could be it! But going back to our article 'DNA is a fractal antenna in electromagnetic fields', I just want to read you some small excerpts. Some EMF studies show a cellular stress response. In other words, cells see EMF as essentially a toxin or the same as radiation, so they protect themselves. And there are actually three different responses depending on the level of threat. So the idea is that certain electromagnetic fields will cause a stress response, just like ionizing radiation. Certain EMFs will cause a single strand break and other EMFs can even cause a double strand break in your DNA and they specifically note that many studies have shown that the damage caused by EMFs appears to be similar to that of ionizing radiation, as in x - rays, gamma rays: what we normally call "radiation".

Now, of course, for over 20 years scientists have been arguing about whether DNA is a conductor or not and so we can clearly see why we haven't really gotten anywhere. They also cling to things like Evolution to explain everything. Now, the idea of ​​evolution is that mutations occur and some mutations are beneficial and there you have it: that explains everything! You're done. But if you read books like 'Genetic Entropy', you will discover that when a mutation occurs 99.999% of the time, it is actually a bad mutation, not a good mutation. So that takes the whole theory of evolution and blows it completely out of the water and this doesn't really surprise me because when I learned this about DNA being a fractal antenna and I thought about that fractal globule, that ball, that tangled one - it's actually not tangled, but it unwinds and coils effortlessly and never gets knotted - which I thought was actually on a computer chip because you have parts of the DNA depending on the configuration because, first of all, it's apparently constantly moving. .

Secondly, depending on the configuration, some parts are conductive or non-conductive, kind of like switches on a microchip: the switch is on, current passes. That's a 1. It's not, it's a 0. Well, that sounds like a switch. Put several switches together and you get a logic gate. If you put several logic gates together, you basically get a computer chip. But I'm pretty sure Mother Nature didn't have binary code in mind when she designed our DNA, right? So, okay, but it's also an antenna, it's not... So it's like a 3D... is it an information processing thing? Is it just a reconfigurable antenna?

It appears to be at least a fractal antenna and of course the big question is, what the heck is it receiving? EMF? I mean, I'm pretty sure it wasn't designed to receive a text from your partner, you know? Or a cell phone call or something like that. So what is it designed for? Obviously not the radio waves and other electromagnetic fields of our technology. So you're supposed to receive consciousness? Are you receiving information from the information field? Is it... WHAT are you getting? I mean this raises more questions than it answers, but it actually provides answers to certain questions: it provides an answer to the question of how EMFs of all different types can affect our health.

Explain those more than 1,000 studies. It gives an idea of ​​the complexity of the human body and the fact that we understand very little, you know? Like I said: Our scientists are still arguing about whether DNA is a driver or not and you say: Well, sometimes it is and sometimes it isn't! Made! I mean apply common sense! Do real science, and step number one is to look at all the data you have and say: Okay, what does common sense tell me? No: What does evolution tell me? No: What does my sponsor's funding tell me? No! Do REAL science, think outside the box.

Mm true. Some people are obviously doing that because this article, frankly, blew my mind. DNA is a fractal antenna in electromagnetic fields. What's happening? Let me know what you think in the comments below. I will link to all the good things in the description. Um, yeah... Fascinating! For more tech tips, check out scottiestech.info. Thanks for watching, see you next time!