The 1836 Principle – Resonant Momentum and Energy Compensation in Proton–Electron Coherent Pairs

This publication introduces the 1836 Principle, a fundamental law governing momentum, energy, and temporal compensation in coherent proton–electron systems, especially during resonance-disruptive events (e.g., ionization, quantum transitions). Derived from quantum thermodynamic foundations and CNBIT-V3 quantized information energy model, the 1836 Principle asserts that any change in the electron’s momentum or energy must be proportionally compensated by the proton – in inverse mass ratio (1/1836). The document presents: Full mathematical derivation CNBIT-based energy calculations GRACE-based validation metrics Physical interpretation (puffer energy, τ_corr) Python code implementation Application to H-ionization and time protocols Published within the Pragmatica Universus framework. DOI preassigned: 10.5281/zenodo.17729186