Want energy synthesis (or destruction, both are available) ?
Read that: "Janos Vajda - Violation of the energy thesis in wave-fields"
By using interference of wave you can apparently amplify or destroy energy (depending from the phase of the two or more antenna/aperture/waveguide emitter).
If you read page 41, you will understand that according to his theory putting two half-wave dipole antennas above each other you gain 36% excess energy in radiated power compared to input if your in phase or you lose 36% if your are out of phase.
Three of them and you are at 50 % excess or loss.
Distance between them must around 1/2 Lambda.
The same author made a patent with an interference chamber to give OU in RF microwave frequency, unfortunately it's all in Hungarian (he is Hungarian).
I've downloaded COMSOL multiphysics 4.4 and the RF module to try to simulate it (yes you can find it in torrent), but it's two much complicated for me, then an RF engineer, ham radio enthusiast could do it here...
Eric Dollard would be happy with all the math that contain the paper !
Regards, SRM.
Read that: "Janos Vajda - Violation of the energy thesis in wave-fields"
By using interference of wave you can apparently amplify or destroy energy (depending from the phase of the two or more antenna/aperture/waveguide emitter).
If you read page 41, you will understand that according to his theory putting two half-wave dipole antennas above each other you gain 36% excess energy in radiated power compared to input if your in phase or you lose 36% if your are out of phase.
Three of them and you are at 50 % excess or loss.
Distance between them must around 1/2 Lambda.
The same author made a patent with an interference chamber to give OU in RF microwave frequency, unfortunately it's all in Hungarian (he is Hungarian).
I've downloaded COMSOL multiphysics 4.4 and the RF module to try to simulate it (yes you can find it in torrent), but it's two much complicated for me, then an RF engineer, ham radio enthusiast could do it here...
Eric Dollard would be happy with all the math that contain the paper !
Regards, SRM.
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