My Snail-Shell Spiral and Dr. Chisoff's Light Bending

Dr. Steven B Halls | November 2025

This material was originally posted to Facebook on 2025-11-20 - view original post.

My ugly snail-shell spiral of sphere magnets, image D, made similarly to my analogy of a flux tube (image C and B). I want to explain the experiment of Dr. VA Chisoff (image A) https://www.facebook.com/share/p/1FaJjQ5K7e/ which bent the path of laser light passing near an accelerating rotating disc. I want it to bend due to density gradient and not due to gravity gradient. Why bend from density? Because its so familiar, everyday objects like glass lenses and water can bend the path of light.

A snail-shell spiral of sphere magnets models a flux tube, and Dr. VA Chisoff's experiment bent the path of laser light passing near an accelerating rotating disk. In this density hypothesis the magnets inflate to adjust to lower pressure, so the disk can bend light up or down depending on rotation direction, implying a blue background density in motion like an aether wind.

Why a photon shaped like a snail shell? Why a flux tube made of little tori, represented by sphere magnetics in this analogy? Just go with it... but click my name to see my previous posts.

On image E, I used photoshop to make part of those spiral of magnets have swelling of the magnets, "inflation" of them, when they are near the rotating disk. I use a white gradient to indicate "less density", so the magnets inflate to adjust to lower pressure. Apparently, the rotating-accelerating disk ( A and F) can bend light up or down, depending on the direction of rotation. So in this density hypothesis, it either increases or rarifies the density, depending on direction of rotation. This implies the blue background has some uniform density. To make this hypothesis work, the blue density must be in motion, like an "aether wind". When the wind direction is aligned with a rotation direction of the disk, the disk could affect the density of that wind, but if the wind direction is perpendicular, then no effect. We'll have to wait and see if further experiments show the laser bending is affected by directions.

Where did I get this idea of inflating spheres and tubes? Symbolism. https://ca.pinterest.com/stevenbhalls/dots-size/ https://ca.pinterest.com/stevenbhalls/deflation/ So maybe I'm not just one crazy guy. Maybe lots of ancient people had this idea in mind. And usually, all my ideas are already known by other some modern people too, and I just tune into them. My point: I wanted to show visually, the idea of inflating spheres on a spiral snail shell shape. It's ugly, but I couldn't talk an AI into making it. Your turn to visualize. Would spiral E be bending light's direction compared to image D?