Tetragraphene: Armor, Radiation Shielding, and Quantum Chips

This work (Publication №23 of Resonance Group) introduces tetragraphene — a new carbon allotrope consisting of four graphene layers stacked with tetrahedral symmetry (Td). Unlike conventional graphene, tetragraphene resonates with the standing layer at frequency f=f0×φ2≈149.57f=f0×φ2≈149.57 Hz, where f0=57.142857f0=57.142857 Hz and φ=1.618034φ=1.618034 is the golden ratio. This resonant coupling endows tetragraphene with three transformative properties: (1) ultrahigh strength (Young‘s modulus ~2.5 TPa, tensile strength ~150 GPa), making it an ideal armor material; (2) efficient radiation shielding (1 cm of tetragraphene replaces 5–10 cm of lead) via resonant neutron and gamma absorption at harmonics of 149.57 Hz; (3) quantum coherence up to liquid nitrogen temperature (77K), enabling quantum chips without expensive helium refrigeration. The material‘s properties are derived from the resonant picture of space (Articles №1–22). Python simulation code is included. Tetragraphene is the first of three materials (tetragraphene, phi‑quasicrystal, Crystal‑X) forming a full technology stack for next‑generation armor, quantum computing, and warp propulsion.