Nuclear fusion, explained for beginners

I liked your video work on your fusion story.
I believe in sharing ideas openly and freely. I'll share some of my ideas with you. There may be organic industry based on world wide cooperation in the future full of people helping each other. 

If the thermal end product of electrical equipment could be recycled then the added energy from nuclear fusion would be a surplus that could be exported. Electrical equipment to make fusion so far has been very inefficient but any fusion event even then would be an exportable surplus. 

Most thermodynamics experts say heat recycling is impossible. It would mean that refrigerators would make electricity instead of consuming it........ which follows from  very strong evidence that energy is conserved not gained from nothing or lost to nothing but can change form. Present day refrigerators are burdened with a need for energy to be added to push heat out of the refrigerator. The added energy turns into heat when used this way which (when added to the pushed heat) leads to satisfaction that energy is conserved but spoils the possibility that heat (thermal energy) can change form. 

I was granted US patent 3890161 DIODE ARRAY  for a refrigerator that absorbs interior heat and releases a corresponding amount of electricity via the rectification of  electrons in Brownian motion in an array of aligned diodes.


The diode array's successor, Thermic Array would bring versatile free energy to civilization so there would be less need for general nuclear fusion power. Both synergistically would be great for spaceships.
Here is one of my ideas for thermonuclear fusion. 

Keyboard character sketch:


Max + voltage l+++++ ()++++  ())+++()))++ ())))+ ())))) ground
       
Same sequence on the right from ground to the right max + voltage
Number of bands indicates magnet current strength most at ground hoop none at ends.current is proportional to field strength. 

MIT developed a rugged superconducting magnet They put a superconductor in a spiral groove on a stainless steel disc. I don't know if neodymium ring magnets or liquid nitrogen temperature superconductors would work for initial experiments. 

The theory is that the magnetic field is a purely ultrastable shape that pushes + charged plasma to the axis  and the stable shape electric field pushes the + plasma in from the ends. The result is stable confinement that holds well for strong fields. The positive ends that repel the nuclei inwards will draw electrons out. That's more than OK because the electrons radiate energy away, cooling the plasma.

Plasma has intact nuclei of multi particle atoms but the electrons are disconnected. 5,000 degrees Celsius may make a partial plasma 

If heat can be recycled than simple electron or nuclear accelerators aiming beams at targets will be practical. The targets can spin to keep from melting.

Electron beams may transmute mercury into gold. 

Aloha
Charles M Brown lll