Presentation of the scalar wave transmitter RT1
The device is a scalar wave transmitter.
It resonates with the surrounding environment the information that is applied to the right coil or to the input jack.
The frequency of the resonator is not fixed and constantly adapts to the environment.
The input socket is used to inject a signal from a function generator. It is possible to select the level of harmonics or information density emitted with the signal.
It works on battery with 2 emission modes : high or low. The 2 emission levels are very low and are of the level of what a human being receives from any AM or FM radio station.
So for the low emission level, when we stand at 1 meter, the measured power is -55,7 dBm which corresponds to 2.7 × 10-6 milliwatts or 2.7 nanowatts.
For the strong emission level, the measured power is -45.8 dBm, which corresponds to 2.6 x 10-5 milliwatts, or 26 nanowatts.
Despite the extremely low power, it is not useful to operate the device for a long time. Most experiments are performed with an operating time of 10 minutes. You will find more details in the Experiments section.
Scalar waves or torsion waves are generated directly and not through standing waves between 2 antennas. The scalar waves produced in this way can then carry “pure” information and it is not necessary to emit powerful electromagnetic waves to obtain these scalar waves by side effect.
Because of these characteristics, it is thus the first quantum information transfer oscillator.