Cold Field Model: Conceptual Structure of the Universe

VERSION 2. 10 UPDATES: • Clarified cell geometry: 8 pixels = 2 planes × 4 pixels• Added mechanism "8=4+4": two parallel planes on common axis• Explained photon dual structure (γE + γB) through plane geometry• Added documentary description (popular version) This preprint presents a conceptual model of the Universe based on the hypothesis of a «Cold Field» as a primary discrete substance. The model postulates: • Static nature of space (no Universe expansion) • Discrete structure of space (minimum cell ℓP) • Cell geometry γ=4 (tetrahedral configuration) • Temperature as a measure of «friction» between velocity states of the field (V=0 vs V=c) Numerical predictions match CODATA experimental data with >99. 99% accuracy: • Proton-to-electron mass ratio: mₚ/mₑ = 6π⁵ (deviation 0. 002%) • Neutron-proton mass difference: Δm (n-p) = 1. 2930 MeV (deviation <0. 01%) • Electron shell capacity: Nₙ = 2n² (100% match) The model reinterprets fundamental concepts: • Light is not «hot» — it is a field excitation propagating at v=c with internal T≈0• Temperature arises only at boundaries between velocity states as friction• Gravity is a thermodynamic gradient effect, not a fundamental force• Particles are stable vortex configurations of the field itself This work is positioned as a conceptual framework with numerical evidence. Conceptual claims are clearly marked as postulates requiring further formalization in version 3. 0. The accompanying computational appendix includes Python code for numerical verification of all predictions. Status: Conceptual preprint. Not peer-reviewed. Сопровождающее вычислительное приложение включает код Python для числовой проверки всех прогнозов.