This work (Publication №7 of Resonance Group) presents a live simulation of the resonant picture of space — a standing layer organized into a tetrahedral lattice pulsating at 57 Hz. The code visualizes 8 vertices of a stellated tetrahedron, 19 edges, counter-rotation, pulsation, and topological inversion (eversion) at the 256 ≡ 0 point. The black background represents the standing layer; blue and green vertices show the two counter-rotating tetrahedra; red flashes indicate the inversion moment. This is not theory — this is working Python code that anyone can run. The simulation demonstrates the entire matrix described in Publications №1–6: standing layer, 57 Hz, tetrahedral lattice, eversion, and shift.
Mark Markov (Wed,) studied this question.