Phi
The double tuner acts as an amplifier when we tune for "Q".
Raising the voltage in the transmitter through an extra coil to the antenna capacitor, raises the voltage on the receiver capacitors in resonance, instantaneously regardless, of distance.
Dr. Dollard explains that the total value of the dielectric field is "Phi" and equal to one. He defines this as "Counterspace" because the dielectric field has no location.
We can raise the voltage instantly raising capacitance in the resonant receivers, with no resistance, by tuning the amplifier up in the broadcast transmitter along with them. The inductive coupling would have to be tightened to increase the power.
We need to tune for capacitance. A "Quantum entanglement" results.
A crystal radio can illuminate LED's from Hertzian radio waves. Gotoluc's "Tinsel coil" does just that, and has nothing to do with Tesla's work. Hoodwinked?
The double tuner acts as an amplifier when we tune for "Q".
Raising the voltage in the transmitter through an extra coil to the antenna capacitor, raises the voltage on the receiver capacitors in resonance, instantaneously regardless, of distance.
Dr. Dollard explains that the total value of the dielectric field is "Phi" and equal to one. He defines this as "Counterspace" because the dielectric field has no location.
We can raise the voltage instantly raising capacitance in the resonant receivers, with no resistance, by tuning the amplifier up in the broadcast transmitter along with them. The inductive coupling would have to be tightened to increase the power.
We need to tune for capacitance. A "Quantum entanglement" results.
A crystal radio can illuminate LED's from Hertzian radio waves. Gotoluc's "Tinsel coil" does just that, and has nothing to do with Tesla's work. Hoodwinked?
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