3 ms·
Power drops off with distance squared. Device density increases background levels, but this study wasn’t looking at background levels; time spent transmitting p
by zamfi 8y ago
Power drops off with distance squared. Device density increases background levels, but this study wasn’t looking at background levels; time spent transmitting per device is up but the location of that transmission is no longer right up against your head, just your hands.
I’d love to see a study about background EM exposure in the various EM spectrum bands that are now in continuous use in urban environments. But it would be very hard to run such a study!
- joecool1029 8y ago>I’d love to see a study about background EM exposure in the various EM spectrum bands that are now in continuous use in urban environments. But it would be very hard to run such a study! While that study would be tricky, I can think of devising a study in which rural cellphone users are compared to urban ones. You'd have to control for things like wifi calling and outliers with a tower next to their house but in theory background EM from base towers will be lower in the rural area, while at the same time output power from the mobile will be higher (because further from base station). Honestly though, nothing is going to compare to the EM radiation of the Sun. It's like asking if hearing whispering will cause hearing damage while someone is screaming next to you. So, yeah I guess... hard to control. (this is why I only bring up user equipment exposure since it's placed inches from the skin, I think it's silly to worry about cancer from base stations)