The literature seems to indicate that the Russian microwave campaign resulted in no measurable health effect to the employees at the embassy. This is unsurprising because a wide variety of publications detailing similar microwave exposure from modern electronic equipment like cellular towers, phones, and WiFi access points seem to also indicate a negligible widespread health effect.
If you can transmit power to a 1cm bubble in space, you may be able to offset it into, say, brain tissue. Brain tissue probably doesn't due too well under a focused heat source.
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http://www.ehjournal.net/content/11/1/85
The literature seems to indicate that the Russian microwave campaign resulted in no measurable health effect to the employees at the embassy. This is unsurprising because a wide variety of publications detailing similar microwave exposure from modern electronic equipment like cellular towers, phones, and WiFi access points seem to also indicate a negligible widespread health effect.
If you can transmit power to a 1cm bubble in space, you may be able to offset it into, say, brain tissue. Brain tissue probably doesn't due too well under a focused heat source.
That's were magnetos helmet comes in. In all seriousness what material (or device) could stop this from working?
A simple Faraday cage, I would think. Hard part is making it look good.
we're going to need that transparent aluminum
aka sapphire & ruby
Actually I seem to recall that the eyes are much more sensitive to heat; the eyes have sensitive tissue and cannot shed heat as fast as the brain.