BlowjaySimpson

Imagine clicking a hotlinked .pdf from a .gov

You fucking glowniggerfaggot, do you want to give us all mega-AIDS?

getshanked

It’s staggering to me that seemingly intelligent people can dismiss the effects of radiofrequency on biological tissues.

Indeed the 4G and 5G bands both stimulte voltage-gated calcium channels and produce a Ca2+ influx. This is absolutely going to alter signal transduction and induce aberrant processes. Magnesium is a natural VGCC inhibitor. So is Periactin.

BoraxTheFungarian

Interesting. And I was just about to dip my sore ass body into an epsom salt bath! I started doing that a while back and it is good shit. Just toss on some red pills onto the phone screen, grab a drink sit back and relax... I do believe my biology has been altered by the tech.

I actually theorize that we are well on the path to becoming the weird ass grey aliens that keep visiting us. I think they're running a simulation and seeking solutions to the dire poaition they now find themselves in due to the centuries of improper EMF implementation.

Attac

Could you summarize this 15 page scientific research paper into a 400x500px image meme?

BoraxTheFungarian

Not exactly what you requested , but I did something.

MissingEgo1

5G will save us. There's nothing super duper high speed internet can't fix.

BoraxTheFungarian

What's interesting is that it could probably be retuned to healing frequencies... I'd need a lot of really strong evidence before I trusted it though.

waucka

The paper refers to 16Hz radiation as VHF. I'm not inclined to trust anything else the paper has to say. How did you find this paper, OP? Do you know why it's hosted by the FCC?

qwop

From the paper.

...They found that exposing brain tissue to weak VHF radio signals modulated at 16Hz ...

If you cannot understand what you read, then nobody can help you. If it was an honest mistake, then no problem.

BoraxTheFungarian

Waveform patterns have incredibly different effects. People are so fucking ignorant of real science. Thanks for posting this, unfortunately, they don't get it until they get lit.

scandalous-goat

This host in particular seems to be a general file store. I guess it is used to share documents to and from the fcc. In this case, you can share whatever you want, such as this file (as long as you have a contact with the fcc)

Tb0n3

ELF (Extremely Low Frequency). ie. Not 5G. As far as I'm aware, I didn't bother reading much, it's referencing the research on voltage gated sodium channels' susceptibility to 0-3000hz EMF.

BoraxTheFungarian

5G covers the low, the mid AND the high bands. It could be that the low doesn't go that low, but the high band goes up to 72 GhZ. And the waveform type, duration, intensity, and other factors also play into what will happen to biology. But just put your head in the sand and pretend like it's all no big deal.

Tb0n3

The point is that the research shows effects on the sodium channels at 0-3000hz. That's a regular signal sweeping positive to negative. Not off, then blasting on off at 60 GHz.

BoraxTheFungarian

The paper specifically refers to modulation of VHF with 16hz. 5G is a full spectrum technology. Your point isn't correct.

BoraxTheFungarian

We need more information about the high frequencies and the modulations of the frequencies with other ones... There is a lot hidden.

https://scholar.google.com/scholar?hl=en&as_sdt=0%2C42&q=electromagnetic+transcription+factor&btnG=

Somehow I figured out how to use google to expose the craziest fucking shit.

Tb0n3

Then why don't you use that skill to dig up something specific?

qwop

This paper talks about weak electromagnetic fields, that are pulsed or modulated using a carrier frequency. If you didn't read it, you should not comment. All modern digital communications use modulated signals. This is what researchers have been trying to say for years, that it is not only the carrier frequency that is important, but also the contained signal itself.

I just waiting for the day Tb0n3, when you pull your head out of your ass.

Tb0n3

Ah yes. The On off of a high frequency signal. Certainly it's exactly the same as a low frequency radio wave. Not.