3 ms·

I don't doubt that psychosoma and hypochondria play a role in many cases, but I will posit a couple of scenarios for you to ponder. You can sense heat, can't y

I don't doubt that psychosoma and hypochondria play a role in many cases, but I will posit a couple of scenarios for you to ponder. You can sense heat, can't you? If your phone is really warm in your pocket, will you notice? Higher output from the radios = more electricity flowing = more heat generation. You will likely notice this. On another note, do you have eyes? They are sensitive to various frequencies of electromagnetic radiation (i.e, the visible spectrum). Some people are more attuned to the outer edges of this (infrared, and ultra-violet). Seems a bit aggressive to dismiss all electrosensitivity as "not a thing", considering people are obviously very sensitive to different forms of EMR. If you disagree, try standing in a fire, or sleeping with a spotlight on your face.

vel0city 7y ago
The maximum amount of power emitted from a WiFi radio in the US as regulated by the FCC is 0.071W. You're not realistically going to notice much heating from WiFi. Have you ever tried to cook something on the antenna of your WiFi? Try putting a cup of water next to your WiFi router and measure the temperature difference. You'd need massively super-human levels of sensitivity to begin to notice any warming effects. Sure, if you crank the output up to a few dozen watts you'll definitely start feeling the effects of RF. Get it a few dozen watts higher and you'll be at risk of getting RF burns after some prolonged exposure. Get it several hundred watts higher and you're cooking a dinner in the metal box. As for possibly almost seeing things like WiFi, that's also pretty preposterous. WiFi operates at 2.4 or 5.8GHz. Your eyes start to get sensitive EM waves at about 4000000000GHz (lower end of what is commonly called visible spectrum). Even if you were at the ultra extreme low end of sensitivity, you still wouldn't really be anywhere near the frequency range required. So for your example of standing in a fire or having a spotlight on your face, you'd need for it to be a practically room temperature fire or a millionth of a candle spotlight. The scales you're comparing to are just silly to the point of being meaningless.

vel0city 7y ago

The maximum amount of power emitted from a WiFi radio in the US as regulated by the FCC is 0.071W. You're not realistically going to notice much heating from WiFi. Have you ever tried to cook something on the antenna of your WiFi? Try putting a cup of water next to your WiFi router and measure the temperature difference. You'd need massively super-human levels of sensitivity to begin to notice any warming effects. Sure, if you crank the output up to a few dozen watts you'll definitely start feeling the effects of RF. Get it a few dozen watts higher and you'll be at risk of getting RF burns after some prolonged exposure. Get it several hundred watts higher and you're cooking a dinner in the metal box. As for possibly almost seeing things like WiFi, that's also pretty preposterous. WiFi operates at 2.4 or 5.8GHz. Your eyes start to get sensitive EM waves at about 4000000000GHz (lower end of what is commonly called visible spectrum). Even if you were at the ultra extreme low end of sensitivity, you still wouldn't really be anywhere near the frequency range required. So for your example of standing in a fire or having a spotlight on your face, you'd need for it to be a practically room temperature fire or a millionth of a candle spotlight. The scales you're comparing to are just silly to the point of being meaningless.