The Scalar Waves Transmitter - v2.0
Created 12/09/06
The device is said to transmit longitudinal signals which can pass through faraday shields and be received by a radio receiver.
Today I cannot confirm this. It is strange to think that the wave may pass through a metal shield, obviously without interfering with the electron shells and hence not meeting resistance, yet can interfere with the electrons in the antenna inside to create a received signal? How can the wave know the difference? It cannot be a wavelength or resonance/trap effect.
My thoughts would be that another scalar antenna would be required inside to convert these waves back in to a normal signal?I can hear a signal inside, but after moving the receiver around I can only say that the received signal (600Hz tone) sent on a carrier of 600Khz, is coupled into the box by magnetic coupling between the feedback coil in the scalar antenna and the coil/ferrite rod antenna inside the AM receiver?
The signal is only received when the receiver and cage are placed near the antenna, within a foot or two at max of the antenna and loudest when near the feedback coil rather than any of the scalar windings.
For continuity during the test. the same design has been used as Jean Louis Naudin of JLNLabs
Scalar Transmitter Test Setup
The Scalar Antenna Assembly
Small AM Receiver Placed Inside Metal Shielded Box
