Time Crystals: Crosslinked Walls and Connection Tubes

Wild and crazy photon inflation. Steady yourself.

Image A and B appeared recently on facebook timelines, a story about "time crystals". I see a tube with a crosslinked wall and little spheres. That certainly is familiar from symbolism. I show it a lot on previous posts, saying that's how a barrier membrane around a torus is built. I've also said that "connection tubes" arise from every torus and extend outward.

When I read the time crystal article, the only reason it got the word "time" is because parts of it rotate and eventually return to the exact same starting spot. The only reason they use "crystal" is because of the repetitive interlinking. But but, this is what "spin" is about when talking about electrons.

Image C,D,E,F and G are just examples of crosslinked structures. Image H is from hundreds of years ago. Image I is modern and is a proposal for donut shaped "proton" structure with reference here: https://iopscience.iop.org/article/10.1088/1742-6596/2482/1/012020/pdf?utm_source=substack&utm_medium=email and it was explained by Pavel Osmera on one of Bob Greenyer's videos.

Returning to A and B, those spheres are said to be "atoms", presumably fermionic atoms having a North outflow through the donut hole. Please generalize this donut notion to also be what electrons are like, and so on, smaller and smaller, fractally repeating.

Image K is from an illuminated manuscript, and literally shows little rockets on a wheel, but the symbolism is about outflow and spin.

Image M is from my recent post showing a slow-motion Photon, https://www.facebook.com/share/v/1594VEQshF/ and image L is something I've had for a few years to explain a photon and EMF.

Then I started playing in photoshop. I broke apart a donut diagram that had cross-links on its surface. As I smushed them to fit a helix shape, on image N, it accidentally showed me a new concept to explore. It looks like the helix/spiral becomes "inflated".

I drew purple down the middle of the spiral of image N, as if that was the north magnetic outflow from half-donuts.

Could it be... that the amount of purple flow induced to flow through those partial donut holes of image N, is also responsible for inflating the size of the energy structure?

Magnetic outflow, like the black arrow on image I, and the grey arrow pointing up on image J, outflow causes pressure. Things like to avoid high pressure. On a convex outer surface like a tube or a donut, those magnetic outflows generally want to point outward, because if they pointed inward, they would feel higher pressure.

Imagine this, on image A and B, replace those spheres with donuts, and imagine the arrows pointing outward from those donuts. ( I think that's why the tube on image H looks prickly.)

But on the inner surface of the donut like image H, near the donut hole, the inner wall would be feeling the pressure of flow going through the donut hole. The surface outflows at the crosslinked points of image H, might decide to point into the interior of the "inner tube", and thereby inflate the inner tube to equalize the pressure going through the donut hole.

If you put a lot of donut shaped tori like image J onto the surface image H, at all the crosslink points, that energy structure could have mostly outward flow, but some of those could flip and point their outflow to the inside of the inner tube. (Sorry for the repetition.)

I think the concept of "self inflation" of energy structures that have crosslinked outer barrier membranes, is worth exploring.

I also think image L and N are interesting ideas. Before the photon arrives, there might just be a tube that is so slender that nothing can detect it. Then the photon arrives and starts bending curves onto the formerly-straight tube, and by doing so, some of the surface tori flip to point inward and then the tube begins to inflate.

Then a whole bunch of other things must happen for this concept to make sense, too much for one post. I simply made this post to introduce this "self inflation" possiblity.

I like getting new ideas, I like sharing them, I like letting a little time pass and then discovering that others have done work on the same idea too. Super fun for me, I value noticing our connectedness more than the rediscovery.