Recent content by Mattenerinfo

This wouldn't work because electrons do not orbit a proton due to the fact that they are negative, that's just the factor that keeps them there. They orbit because they have a higher energy due to equal but opposite charge yet much smaller size. An anti-proton and proton would simply impact and...

Any weaknesses? I'll be nice and sum them all up into one. This paper tries to prove a point by linking terms that truly have nothing to do with each other like Shroedingers entanglement, and uses famous scientists to try to back it's point because you can't argue with what those scientists...

I couldn't find it

I am unable to identify it.

The particles follow the field lines.

The kinetic energy required is completely dependent on the external conditions set. I would also like to point out that a proton with a neutron is very loosely defined as fusion considering that existing in isolation the two would eventually pull together into one nuclei. Also proton-proton...

http://upload.wikimedia.org/wikipedia/commons/4/4b/Tokamak_fields_lg.png Here is a link to the image of the particles movement in tokamaks, such as ITER.

Not at all random. Perhaps I am confused on what it is you are asking, but they aren't just confined, in fact the diagram you drew is the exact diagram used to show the particles movements in a tokamak, which ITER is.

Actually quite the opposite. Not only is it possible, it's already done. I am a plasma scientist and have worked with fusion and tokamak design already has toroidal and poloidal rotation. In fact you can very the spin, as seen in the RFP (reverse field pinch) design. Also the rotation must be...

Then reversal of the flow could theoretically apply exact opposing force to all of the electrons.

This actually seems like a viable theory at first, although I am unsure how the electrons would flow stability wise, as the ring structure you mention is not in fact a perfect ring. However you could influence the electron trend. An interesting question to pose is, if you go the electrons to...

I'm not sure I understand what you mean. If you mean the quarks, they can be arranged in other particles, like an Omega particle, and plasma exists at high energy many places. Please clarify your question.

It's possible. One malformed protein would obstruct light.

It truly depends on the content he was exposed to. Residual radiation could easily cause a malformation of the proteins in the lens and cause the victim blindness.

Can you please restate the question, I am not sure what you are asking.