Phillip wrote:
Can paired electrons capture a photon to become
charged, paired electrons? How would they differ from the "trinity", charged,
paired electrons?
If there are only 3 dimensions available, then no. When captured, it would add to the existing electron motion because there are no dimensions available for it to exist independently. I will add the caveat that there may be 4 dimensions in the time region, which would change the case for the uncharged electron pairs, because it would leave 2 free dimensions.
The question arose about dimensions from one of Nehru's papers, where he discovered 4th-power relationships in the time region. In the plain "Euclidean" context of RS, this would require a 4-dimensional system. But when the concept of "counterspace" (polar space) is introduced, the situation may just be three POLAR dimensions (as in the quaternion), with dimensionality of t
2, t
3 and t
4. If you notice, there is no t
1 (linear), because you can't have a line in polar space--the minimum construct is a rotation.
Phillip wrote:
What would an arc likely be composed of?
Under normal conditions,
charged electrons (St. Elmo's fire). It would normally be a spherical distribution of discharge, but then you have to account for the other conductor, which gives the electrons a place to go, forming the arc.
Under "abnormal" conditions, charged, paired electrons can be formed resulting in structures such as ball lightning and the "cold electric" effects of Edwin Gray.
I believe the "ball lightning" effects created by Kiril Chukanov we witnessed a couple years ago fall into this "abnormal" condition, as does Tesla's capacitor "light bulbs".