There are hundreds and hundreds of studies showing that our wireless wonderland of EMF is not good for our health.
But you might ask: Well, HOW?
When we say “EMF”, we’re talking about many different types of electromagnetic waves, different frequencies, different power levels, and so on.
How could it possibly work?!
It turns out that the answer may very well be in our DNA!
Aaaand, we’re off:
If EMF is bad for you, then HOW?! The answer may lie in our DNA… pic.twitter.com/TTm39VP9yy
— Scottie (@ScottiesTech) April 9, 2024
Goodies from the vid (some affiliate links):
- DNA is a fractal antenna in electromagnetic fields
- 3-D Image Shows How DNA Packs Itself into a “Fractal Globule”
- High Electronic Conductance through Double-Helix DNA Molecules with Fullerene Anchoring Groups
- The Invisible Rainbow: A History of Electricity and Life by Arthur Firstenberg
- Genetic Entropy by Dr. John Sanford
Until next time!!
I’ve seen studies that found that not only the frequency of the test signal affected the level of interaction with DNA but is increased by the modulation. It brought back Fourier analysis memories from college about any signal being the sum of sine waves of various frequencies.
Other papers found that metals absorbed through food or shots have an effect as different people have very different chelation abilities.
I now think that some people become hypersensitive to the effects of EMF. Even if that hypersensitivity can somehow be toned down, reducing exposure to its harmful effects seems like a good idea for everyone.
Imagine you start with a one instruction program NOP (no operation) and use simulated evolution to repeatedly randomly add/modify/remove an instruction to evolve it. Choose the CPU (RISC or other) which you get for free. How long until you end up with apple or Microsoft or google’s codebase? Evolution doesn’t add up especially since the computer itself needs to randomly evolve too and you can’t reboot life from a hard crash.
Such an interesting video/article that helped me discover your content. Looking forward to more! As an electrical/computer engineer who dealt a LOT with antennas when working R&D for the RFID/IoT boom a few years ago, I always thought we were just guessing when it came to EMF use cases and patterns.