Rotational Modes of Platonic Solids.

This work (Publication №25 of Resonance Group) continues the cycle „Mechanics of the Universe‘s Energies“. Organ 2 – Rotational Modes of Platonic Solids – is presented. While spin (Organ 1) sets direction and angular momentum at the micro level, rotational modes of Platonic solids crystallize this rotation into macroscopic forms (tetrahedron, cube, octahedron, icosahedron, dodecahedron). Each Platonic solid has its own rotational frequency spectrum — harmonics of the base frequency 57 Hz with factors φnφn and 7m7m. The moment of inertia determines the energy required to spin a body to resonance. Synchronous rotation of all five solids creates a standing wave in the tetrahedral lattice, enabling energy transfer between forms. The paper includes working Python code, 3D animation of rotating Platonic solids, and a spoiler for the next publication (№26 – Energy Absorption and Emission).