Thank you Ijaz. The present technology has very low fusion power. Also, the tokamak can be improved a lot, our Miranda design allow ignition grade reactors using low cross-section fuel as Hydrogen-Boron-11 as we stated in our simulations. We obtained also 120 teslas easily using nonstatic magnetic fields and also 15 kiloteslas in other structures. Also, if you read our last paper you can see that if aligned nuclear fusions, more than one mega teslas can be reached, but can not be done in a Tokamak structure that would implode.

Javier,

How do you measure magneting fields on the atomic scale?

Steven

Javier,

This sounds consistent with my theory which essentially says that everything is composed of moving electric potentials where the only static parts are the field lines at ground potential.

In other words matter, or indeed our whole world is nothing more than waves in the electrostatic field. The velocity of the wave envelope being a function of relative potential between the observers potential and the potential at that point in space.

Electrons have a potential of 0.5 MeV and the observer at ground potential has a potential of 930 million volts, the difference being in the order of - 929.5 MeV

Electrons therefore move at v = c ( - 929.5 Mev/930 MeV) = - 99.946 c

and their direction is negative meaning they move towards ground.

protons on the other hand are the positive envelope they of course have a potential of 938 Mev which is 8 MeV higher than the observer and move significantly slower;

v = c ( +8 MeV / 938 MeV ) = + 0.00852 c

The plus indicating they move away from ground potential.

To understand why matter is solid we just have to trust the simple equation which tells us that when there is no difference in potential there is also no difference in velocity.

This is why we hurt ourselves when running into a brick wall, the walls surface is at ground potential, it is where the electrostatic potential crosses over from negative to positive so the potential difference between the observer and the wall. is zero.

v - c ( 0 MeV/ 938 MeV ) = 0 c

So where these electric files are not equal to zero the wave envelope moves with high speed and this I presume will generate strong magnetic fields, so it makes sense.

Amazingly it also turns out that time is just the change to the observers electric potential. ground potential is falling slowly, and it is this slight fall in ground potential that causes an appearance of an expanding Universe.

Ground potential is falling at the rate of around 0.5 millivolt per annum meaning matter of more positive potential is moving away from us and speeding up over time.

BTW, I know how to make fusion more efficient too.

> How do you measure magnetic fields on the atomic scale?

I measured it at the external plasma surface. I do not know how is the reaction angle is distributed but I suppose that the magnetic field E=P*V=B^2/2mu*V where E is the released energy (4MeV/alpha) and the volume is about the nucleus volume. The generated magnetic field also must be equal to the generated when the alpha particle charge accelerates from zero to >4MeV.

I read that to measure the magnetic field at the atomic level it is needed a laser and measure refraction index, but I think it is not a good idea because you should measure the average of all magnetic fields that is very low.

Javier