It reads to me as if it would just take the signal strength from that specific spot which I suppose would kill the signal if it was exactly between the transmitter and receiver. 5G needs a lot of boosters and stuff though, what with it being stymied by tall buildings and whatnot
It reads to me as if it would just take the signal strength from that specific spot which I suppose would kill the signal if it was exactly between the transmitter and receiver.
First, there are much larger blockages of energy and most energy in a broadcast signal goes uncaptured. Second, an energy blockage is not absolute and the energy diffuses around the corners of a blockage and quickly returns to a uniform power level. Go outside in the sun and look at your shadow -- the shadow is not absolutely dark and there is still light energy present within it. At night, take a flash light and shine it through the pickets in a fence. If you look at the shadows on the ground, near the fence, the shadow is darker and more distinct while further away, the shadow is more diffuse and eventually fades away. I suspect that if you place two of these charging devices one in front of the other that after about a foot of separation that each will charge equally as well. The signal strength in the shadow of the first device has quickly restored itself.
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