No antenna necessary
It doesn't use an aerial, because when it is in a Faraday cage, an aerial won't work.
The scalar wave is pure aether potential, and does not have active or observable electron content (they could be quantum tunneling in a virtual state).
Therefore, unlike hertzian waves which are propagated thru an electron medium (and can be stopped by a Faraday cage), the tesla longitudinal compression wave in the 'natural medium' of the aether - the scalar wave - can travel thru all matter without loss (apparently there is a gain).
When the scalar waves encounter the magnetic field of the detector, the hertzian waves have been removed. The aether potential stressfield (scalar wave) encounters the aetheric stressfield (magnetic field) of the magnet, and like two inflated rubber balls colliding, there is a small deflection of the magnet's field strength.
Because of the barkenhausen effect (which says that an impure magnetic conductor will magnetize areas in erratic jumps - like a stone fall possibly causing a landslide), the field deflection of the magnet will cause a pronounced change in the portion of the detector's coil's magnetization.
This will cause a slight current potential in the detector coil.
By using transistors, we can amplify the signal.
I had an led on my video, but have also hooked up a small speaker from a smoke alarm (inaudible on camera) which detected a much greater range of 'events'; the led is not an efficient indicator of what the detector picks up.. An electroscope in the place of the led would be ideal.
Next step is to make scalar waves ( I have only been testing with pickup of hertzian waves outside of a Faraday cage), then strip off the hertzian component..
And detect a longitudinal compression wave of pure aether potential!
Down the track, my ultimate aim will be to make better detectors, determine the frequency of cosmic scalar waves, and learn to harness (not just detect) them.
Love and light
It doesn't use an aerial, because when it is in a Faraday cage, an aerial won't work.
The scalar wave is pure aether potential, and does not have active or observable electron content (they could be quantum tunneling in a virtual state).
Therefore, unlike hertzian waves which are propagated thru an electron medium (and can be stopped by a Faraday cage), the tesla longitudinal compression wave in the 'natural medium' of the aether - the scalar wave - can travel thru all matter without loss (apparently there is a gain).
When the scalar waves encounter the magnetic field of the detector, the hertzian waves have been removed. The aether potential stressfield (scalar wave) encounters the aetheric stressfield (magnetic field) of the magnet, and like two inflated rubber balls colliding, there is a small deflection of the magnet's field strength.
Because of the barkenhausen effect (which says that an impure magnetic conductor will magnetize areas in erratic jumps - like a stone fall possibly causing a landslide), the field deflection of the magnet will cause a pronounced change in the portion of the detector's coil's magnetization.
This will cause a slight current potential in the detector coil.
By using transistors, we can amplify the signal.
I had an led on my video, but have also hooked up a small speaker from a smoke alarm (inaudible on camera) which detected a much greater range of 'events'; the led is not an efficient indicator of what the detector picks up.. An electroscope in the place of the led would be ideal.
Next step is to make scalar waves ( I have only been testing with pickup of hertzian waves outside of a Faraday cage), then strip off the hertzian component..
And detect a longitudinal compression wave of pure aether potential!
Down the track, my ultimate aim will be to make better detectors, determine the frequency of cosmic scalar waves, and learn to harness (not just detect) them.
Love and light
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