Experiments in the displacement and transference of electric power. (Click to enlarge images, and hover to pause slides)
A vacuum tube generator using secondary coil self-resonant feedback to drive the primary coil in CW or burst mode.
A potential radiant energy event, and a conjectured emission from a coherent displacement event. An aluminium leaf being attracted towards a light/rf emitter and load (bulb).
The vacuum tube generator used in burst mode, and showing the envelope of the burst containing an internal CW frequency of 1889kc/s.
Input impedance frequency measurements of the twin coil experimental apparatus compared on a HP4195A and a SDR-Kits DG8SAQ VNA
Input impedance Z11, as seen by the generator, of the two flat coils bottom-end connected via the experimental load, and tuned to give a balanced impedance.
Telluric electric power transmission tests at the upper resonant frequency of the flat coil 3038kc/s and 425W generator input power.
Telluric electric power reception tests at the upper resonant frequency of a tuned flat coil.
Measured upper resonant frequency of oscillation for the single flat coil in Telluric electric power transmission tests.