The Farid Gravity Law - A Comprehensive Formalism of Resonance-Coupled Quantum Thermodynamics and Multi-Parameter Equivalence Constraints

Title The Farid Gravity Law - A Comprehensive Formalism of Resonance‑Coupled Quantum Thermodynamics and Multi‑Parameter Equivalence Constraints Authors Prof. Dr. Md. Faridul Islam ChowdhuryNeurosurgeon | Neuroscientist | Theoretical CosmologistFounder & Director, Tanfarid Vision Research Institute (TVRI), Bogura, BangladeshInventor of the Tanfarid Quantum Thermodynamic Universe (TQTU) Abstract This paper presents the finalized, rigorous formulation of the Farid Gravity Law, an alternative theoretical framework that reformulates gravitation not as a geometric distortion of continuous spacetime, but as a resonance coupling between microscopic energy sectors and macroscopic matter distributions. By introducing a residual scalar source expansion governed by nucleon composition (XX), nuclear binding energy (BNBN), and refined electronic binding fractions (BeBe), the framework resolves parameter degeneracy through a multi‑pair constraint matrix MM. Confronted with high‑precision Equivalence Principle datasets—specifically from the MICROSCOPE space mission and torsion‑balance measurements—the independent coupling constants are quantitatively bounded. This establishes the Farid Gravity Law as a fully parameterized, falsifiable, and mathematically closed law of gravitation.