Transcript
The body's an analog system. All of nature is analog. If you look at a wave in the ocean makes an analog wave, right? Yeah. Okay. If we hook up technology to the body, everything, all the instruments will show an analog wave. Wi-Fi, all these things, it's a square wave. It's a digital wave, right? Right. So now what you've got... So the square wave would be more like that. Exactly. So now you've got a square wave, a digital wave going through an analog system, significantly interrupting all of that intracellular, all of that intracellular, communication. And that's really the fundamental challenge of the, of, of, of, of, of, of, of, of, of, of, of, we're really going to go with that. Wi-Fi is an electromagnetic wave, which is always analog. When it hits the receiver on your electronic device, it needs to use something called an analog to digital converter to convert it into those zeros and ones, anything resembling a square wave. There are some ways in which Wi-Fi signals can impact but that's not one of them.
Additional notes
If you were to plot out the actual waveform of a wifi signal it would look more like noise given how much information is being added on top of the various carrier frequencies. The topic of “how wifi signals actually impact the body” is a lot more complicated, and I’ll cover it some time soon, but the “danger” it poses to our physiology is WAY overblown by all of these people 😠 #wifi #health #science #edutok
References
- No linked source, study title, DOI, or PMID found in the available source material.