Jim Stone
20, 000 satellites are soon to be launched for 5g. The tech being used defies common sense. I did not realize up to this point that the antennas, even in the 5G devices, are going to be able to focus their beams the same way Haarp does. Let me explain how a radio beam is focused, using AM radio as an example.
Let's say your broadcast audience is in a narrow corridor (such as a valley in a mountain range). It will make no sense to send your radio signal where it won't be heard (back in the mountains, where only a few hikers are) so in such situations, multiple antennas are used. The tallest antenna will transmit the signal. Then passive antennas, spaced at precise intervals away from the active antenna, will cause the signal to be diverted in their direction. The more antennas in a row there are, the more focused the radio beam will be. The picture below shows an antenna array that will make an AM broadcast directional by 6DB (which will quadruple the effective broadcast power to a preferred zone) these antennas are for 1.52 MHZ so they are shorter than most AM radio antennas.

AM frequencies are very low compared to 5G, and antenna size is a function of the speed of light vs the frequency that will be transmitted at. To do a full wave antenna for an AM signal at 1 MHZ
