I’ve been attempting to convert the sneaky Quantum Gravity manuscript  into an actual (non-sneaky) manuscript on Quantum Gravity for a few days now. It has been a long slog. Partly because I’m feeling lazy in the evenings after long days doing actual lab work, but partly because I’m not an expert in the current theory of gravity. One might (perhaps rightfully) ask how could I have anything to contribute to gravity, if I don’t understand the current relativistic model of gravi

Ten days ago, in my previous post , I presented an illustration of steric quantum gravity in 3D. In the illustration I was able to show an array of spheres bending and twisting around itself into a helical torus. To show its inner structure, I needed to make the neighboring array of spheres transparent. In the post I said that next, I need to combine the helical segments into two entangled toroidal helices. That way I can animate two arrays of spheres moving along the curves.

Four days ago, in my previous post , I said I need to illustrate my equations on steric quantum gravity in 3D. The reason for this statement was that it appeared that people weren’t able to fully understand what I meant without seeing the equations illustrated in 3D. While I had already shown the equations in 2D plots in projections in x-y, x-z and y-z dimensions, it seemed that these projections were too abstract. Sometimes the only way to form a 3D image in someone’s head i