Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

so can we say the copper/zinc not only help in passing energy through the mix, but also serve to polarize the direction of the particles that get released/emitted.

Well yes, copper and zinc emit beta particles predominantly from the poles of their nuclei, so when their spin axes get polarized by a magnetic field - so does the the direction of the particles that get released/emitted. 

This is the operating principle behind βNMR spectroscopy.

[slapper]

Well yes, copper and zinc emit beta particles predominantly from the poles of their nuclei, so when their spin axes get polarized by a magnetic field - so does the the direction of the particles that get released/emitted. 

This is the operating principle behind βNMR spectroscopy.

cool - thanks verpies

[Grumage]

Dear Verpies,

As you are aware, I  am experimenting with my transistorised transformer. I have a question for you?

I can easily light a 60 W 240 V bulb with corresponding input current. However if I substitute for a 12 V 30 W bulb, nothing.  Even the current drops to quiescent value.

I am assuming that this an impedance issue? Your comments gratefully appreciated.

Cheers Grum.

[verpies]

I am assuming that this an impedance issue? Your comments gratefully appreciated.

Yes this is the most likely cause. See here.
Another possibility is that this load gets reflected back to the Royer oscillator and changes its frequency or inhibits it altogether.

[verpies]

cool

If you like these subjects you can read more about them here and here.

The key phrase to watch out for is "decay anisotropy", which means that the products of nuclear decay are not emitted in all directions equally, in certain environments (e.g. in magnetic fields that polarize the spin axes).

Wesley will like the 1st article since it mentions Cobalt.