Connected Spirals and Triskelion Vortices

Dr. Steven B Halls | December 2025

This material was originally posted to Facebook on 2025-12-12 - view original post.

These connected spirals of image A are rotating in the same direction, but those don't look like tubes connecting them. Instead, it looks like an outflow from one vortex that expands/inflates, then it becomes an inflow to the next vortex and deflates back to a small size.

Connected spirals rotating the same way may not join with tubes. Instead an outflow from one vortex expands and inflates, then becomes an inflow to the next vortex and deflates, as seen in colorized images with a blue outflow, a green part sucked into the inflow and a purple newly formed flux tube. Tubes that inflate to a size limit and spill their contents, which curl up or form new tubes, repeat worldwide in triskelions and triquetras.

I colorized image C and D with a blue outflow that seems like a flux tube that expands and spills its contents at the wide end, and the green (image C) looks like a part that simply gets sucked into the inflow of the next vortex, whereas the purple looks like a newly formed flux tube that eventually spirals into the next vortex. I'm uncertain about the green path on image D.

Atoms making an ionic bond, modern physics uses different words, involving charge and electric field, source and sink, and a very bizarre wording for how there is "attraction" to hold the atoms together, "tensor" and quantum language where you basically have to take their word for it. I happen to think that magnetic outflows and electric charge outflows are similar in shapes, but what outflows is different enough in it's size and density attributes that it barely interacts with the other kind. The modern explanation about "electric goes straight and magnetic goes helical" doesn't work for me, and "electric is always 90 degrees different from magnetic" is just too much trust in Maxwell math.

I can't fully explain these "triskelion", "triquetra" details, but we are closer to understanding them, with the observation of tubes that inflate to a size limit and then spill their contents, which either curl up and disappear or form new flux tubes to continue their journey. That's a pattern seen worldwide and on many of my previous posts. Where are the "tubes" between spirals, on these triskelions? Is there tension between tori, to interlink them into surfaces and barriers, also on todays triskelion images? My post yesterday with supergirl, had a tubes example. https://www.facebook.com/share/p/1DiY9PgjAr/

At the moment, image A seems like it has tubes that are bulbous in the middle, but the others (B,C and D) don't seem like they create tension by direct tube connections. It's never easy. Baby steps for today. But have a laugh at the caption below image C, it's certainly not a talisman against acts of witchcraft.

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