Beyond the light Rays
At All,
You know that if your going to collect ambient energy through this method that the antennas are nowhere this size 2X1. As a matter of fact it's in the nano range and you can get hundreds of antennas on one piece of material, not much power but it has been done by creditable universities. One university actually etched circuit board material with hundreds of antennas and it did work, but again not much power.
The other way is with hundreds of diodes in the correct arrangement, but again not much power. To do this you need a 100% transfer ratio so a material not of this earth must be developed, in other words a conversion of over 100% from ambient to electrical, and that would take in all radiation in all the spectrums. Moray beyond the light Rays.
John B
At All,
You know that if your going to collect ambient energy through this method that the antennas are nowhere this size 2X1. As a matter of fact it's in the nano range and you can get hundreds of antennas on one piece of material, not much power but it has been done by creditable universities. One university actually etched circuit board material with hundreds of antennas and it did work, but again not much power.
The other way is with hundreds of diodes in the correct arrangement, but again not much power. To do this you need a 100% transfer ratio so a material not of this earth must be developed, in other words a conversion of over 100% from ambient to electrical, and that would take in all radiation in all the spectrums. Moray beyond the light Rays.
John B
Comment