Kapanadze Cousin - DALLY FREE ENERGY

[Black_Bird]

verpies:

I sure do!

[verpies]

Any DC Component of the current waveform in L1 or L2 or L4 or an additional winding powered by direct current or a permanent magnet, will bias the Gain Medium in one dimension, making it possible to achieve its microscopic rotation or oscillation, when stimulated by perpendicular components of periodic fields created by other windings.

In an analogy to a macroscopic motion of a swing or a pendulum - notice that they do not work when the constant force of gravity is not acting on them in one direction or at least a force with a perpendicular component to the other force, is not present for a moment.

[verpies]

I admit that Dally's device does not have any overtly defined Gain Medium.

I remember reading arguments from someone who reads this thread, that the plastic tubular coil former, or air, or the copper in thick solid wires constitute an inadvertent Gain Medium.

It is my opinion, that a deliberate Gain Medium would be preferable to an inadvertent one.

[Black_Bird]

@verpies|
So the dc magnetic field has to be perpendicular to the field of the coils, it that what you mean?
Doesn't the operating frequency of L1/L2/L3 have to have a determined value that relates to the Gain Media material or size, or volume?

[verpies]

So the DC magnetic field has to be perpendicular to the field of the coils, it that what you mean?

Ideally yes, but any perpendicular component will suffice, even the perpendicular components of two bucking fields, such as created by two parallel coaxial coils (in bucking mode) or two repelling magnets.

Doesn't the operating frequency of L1/L2/L3 have to have a determined value that relates to the Gain Media material or size, or volume?

Unfortunately yes, and don't forget about the requirement for field homogeneity, too. The latter is needed to keep the same operating frequency throughout the whole volume of the Gain Medium

Fortunately the nanopulses come to the rescue with the "Shotgun Approach", because short pulses are composed of multiple frequencies that can stimulate the Gain Medium at different frequencies simultaneously. Multiple operating frequencies are the result of inhomogeneities in the perpendicular components of the field occuring throughout the volume of the Gain Media.

Because of Mr. Fourier - the narrower the pulse is, the higher the probability that it will hit the bullseye.