The Atomic Structure and Quantum Physics in the Methane Metauniverse

This project redefines atomic structure and the periodic system using the Methane Metauniverse Model (MMU) — a multidimensional framework based on tetrahedral space-time geometry. Instead of particles orbiting in 3D space, electrons and nuclei are modeled as resonance nodes in a four-axis vibrational field 𝑤1,𝑤2,𝑤3,𝑤4 w 1,w 2 ,w3 ,w 4 , inspired by the methane molecule’s symmetry. Electron charge, spin, and mass emerge from vector projections along these axes, while orbital shells form from stable oscillatory patterns. The periodic table is reinterpreted as a geometric map of quantized resonances, offering new explanations for ionization, electronegativity, and quantum entanglement. The MMU bridges atomic physics with cosmological structure through symmetry, coherence, and dimensional projection.