I read what Tom Bearden was saying to Jean Louis Naudin:
Jean Louis,
Yes, I think you captured it precisely. In real circuits similar to that one you drew and animated, one should place a diode in the "back emf line" from the ground to the high side, so that current can only pass in the normal one-way direction in the circuit once the "potentializing source" is switched away. In theory, a coil of degenerate semiconductor material can also be "charged with pure potential without initial current" in this fashion. There is no violation of energy conservation.
Another way of looking at the switched degenerate semiconductor circuit is that one charges it with voltage only, completely statically, with no j(phi) current permitted during "excitation" or "potentialization". One then switches the voltage source away, having drawn only potential from it and not power, and the circuit then changes itself and dissipates this excess "static" energy in the load, by automatically converting itself into a normal dynamic conducting circuit as the electrons "relax" and move as current. Energy is energy, whether static or dynamic. Yet just to transfer energy alone, does not require work (at least in theory; in the real world one must pay for some switching costs to get it all timed and switched).
My question for Aaron is: if i construct an additional bifilar coil with another material with a superior relaxation time, and if do the switching like in the sg , i will recover more radiant energy in my pulse motor???
The theory answer is YES? The magnets in the sg are pure potential , virtual photon flux, this is the message before the switch closes, and after that the switch (transistor ) is on another message is passed and after the current is passed trough the coil, that is why i believe that the motor energizer is better than a simple solid state oscillator.
Jean Louis,
Yes, I think you captured it precisely. In real circuits similar to that one you drew and animated, one should place a diode in the "back emf line" from the ground to the high side, so that current can only pass in the normal one-way direction in the circuit once the "potentializing source" is switched away. In theory, a coil of degenerate semiconductor material can also be "charged with pure potential without initial current" in this fashion. There is no violation of energy conservation.
Another way of looking at the switched degenerate semiconductor circuit is that one charges it with voltage only, completely statically, with no j(phi) current permitted during "excitation" or "potentialization". One then switches the voltage source away, having drawn only potential from it and not power, and the circuit then changes itself and dissipates this excess "static" energy in the load, by automatically converting itself into a normal dynamic conducting circuit as the electrons "relax" and move as current. Energy is energy, whether static or dynamic. Yet just to transfer energy alone, does not require work (at least in theory; in the real world one must pay for some switching costs to get it all timed and switched).
My question for Aaron is: if i construct an additional bifilar coil with another material with a superior relaxation time, and if do the switching like in the sg , i will recover more radiant energy in my pulse motor???
The theory answer is YES? The magnets in the sg are pure potential , virtual photon flux, this is the message before the switch closes, and after that the switch (transistor ) is on another message is passed and after the current is passed trough the coil, that is why i believe that the motor energizer is better than a simple solid state oscillator.
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