Solid State "Synchro Coil".

[synchro1]

Here's a picture of Tesla's first radio: Tesla first transmitted a longitudinal magnet wave, not a transverse Hertzian wave. The transmitter and receiver in the picture are both simple electromagnet coils. The speed of the magnet wave was measured and calculated to be 292,020 miles per second, or 1.5 times the speed of light first by Wheatstone, the inventor of the full wave bridge rectifier. The formula is Pi, 3.14 over 2, times C, (the speed of light)!

[synchro1]

Quote from Jerry Bayles:

"Current transformers are wound in a torus fashion.  Recent tests were performed to determine if the A Vector generated by a pulsed current torus configuration would interact with the gravitational field of the Earth".


Attachment from JLN. They're fireing a needle from a DC capacitor discharge through the ferrite coil windings in parallel:

[dieter]

Interesting, but is there a connection between the 3 things? Also, why are the two coils in the last pic shortened and yet connected to something, I assume the DC pulse? Rather unconventional to say the least...

[synchro1]

@dieter.

The twin ferrite toroid coils transmit a longitudinal gravity wave, just like tesla's first transmitter did, only better. The tests performed were to determine if Earth's gravitational field reinforced the wave. Jerry Bayles determined it did. The experimentors propelled the needle projectile with tremendous forcé from large capacitor discharges.

The "Solid State Synchro Coil" is a diametric cylinder magnet core stack pulsed at resonance by longitudinal gravity waves. An LC tank tuned output circuit would recieve and reinforce the undulation from the  twin "A" vector toroids. These twin toroids amplify the longitudinal magnet wave far more powerfully than Tesla's original solinoid transmitter did, pictured in the first attachment. These twin toroids would only need a weak signal pulse at the correct resonant frequencies to oscillate the magnet core field.

Imagine suspending a stack of diametric neo magnets horizantally between the conductive coupling spheres of a Tesla wireless transmitter receiver circuit. The longitudinal waves would pass through the magnet stack, expanding and contracting, and forcing flux through a coil wrap around the stack. wireing a capacitor in series to this output winding would reinforce the oscillation at resonant frequency.

The twin toroid coils need to be grounded along with the receiver capacitor, just like in Tesla's magnifying transmitter patent. A virtual ground would work as well, just like the single wire in Tesla's circuit. You can see this single virtual ground wire running between the electromagnets in the picture of  Tesla's first transmitter above!

[dieter]

So, are they shortend? If so, why?


Regards


BTW. I am not shure if I even know hat an A Vector or A field is...