Torus Geometry and Universal Connection Tubes

Visual exploring concepts, the donut being one form of torus / toroid that occurs in nature. I've borrowed some animated gifs from pInterest for this. Assume for just now, that the electron is a donut shape and has a cross-linked outer barrier with mini-electrons at each intersection of the lines.

I happen to think the mini-electrons ( or dots on the gif, the source of the green palm leaf outflows ) would move diagonally like the blue donut shows, but I could only find animated gifs without the diagonal slant. They are still ok to illustrate my point:

The thing to notice, the lines that inter-link get shorter and then get longer. This ability to change length is the point of this post. Without that, those dots could not move.

I happen to think a torus assembles it's connection tube from the north outflow, and when the tube reaches its destination torus, the south inflow disassembles it. This mechanic *could* allow a connection tube to be longer or shorter, as needed.

A few days ago, I explored the idea of the self-inflating photon as a means of self propagation. I think the photon self-propagates rather than flying through space as an object, and the reasoning is that a photon slows down going through dense areas near stars, or in optical glass. Then it speeds up again after leaving the dense area. Standard model defenders use an undefendable excuse that "waves do that". No they don't, and stop trying to bamboozle people.

I also recall a video with Marcel Vogel with a volunteer. He stood at a distance from her, and could feel the energy barrier of her biomagnetic field around her body. Then he asked her to think of love, and he had to step backward from her to feel that barrier, because it expanded by a lot. Dr. Vogel was very energy sensitive.

Could "inflation" of the torus be how that happens? (like inflating a balloon). More flow going through it's core, more pressure getting into the torus, stretching/inflating the outer barrier? Do the connecting tubes of that barrier stretch, and do the mini-electrons of the barrier get bigger too? Fun questions, no answers yet.

Now consider this, suppose elongating and shortening of connecting tubes creates a tension between two separate tori, and if that is gravity, the "shortening" of the tube could be a fundamental requirement of tube gravity to work.