[Tilted Irish Kilt]

qaz123 :"..Reason: they would have to disclose all the side effects that they know about and there appears to be many."

Funny how that happens that no one is given a list of the possible adverse effects
some of which can be found at the CDC endorsed website at VAERS.
If graphene oxide can be magnetized and electrically charged, what is the effect of 5G, or 6G magnetism/ radiation in close proximity ?

[Svartalfiar]

If graphene oxide can be magnetized and electrically charged, what is the effect of 5G, or 6G magnetism/ radiation in close proximity ?

Probably about nothing. First, 6G tech is still mostly theoretical, no one has even come out with anything to even be able to determine what frequencies it will operate at, although the common consensus is it'll be somewhere in the 300Ghz through several THz range.

But here, I''' put the 5G frequencies in perspective for you:
Infrared light goes from near visible down to about 300GHz. (way above even RnD 5G frequencies)
Your wireless router is already spreading EMF around your house in the 2.4GHz and likely 5GHz bands.
Your microwave runs around 2.45GHz, and commercial microwaves are often at 915 MHz.
Air Traffic Control radar is usually in the 1-4GHz range.
Weather radar is around 2-12GHz
Marine radars are generally the same, between 2-12GHz.
Popo radar guns run on bands right around 24.1GHz for Kband radars, and down around 10GHz for XBand radars.
Red light cameras are usually triggered by a sensor spraying you with 34.3GHz EMF.
DirectTV transponders are around 18-20GHz.
GPS satellites are pushing 1.2-1.6GHz, and GLONASS and the European ones are in the same range.
TxDoT traffic sensors run on 10.525GHz.
Bluetooth devices run from 2.4 to 2.5GHz.
RFID chips can vary from 850-950MHz, or 2.45 to 5.8GHz.