QSDT: Mathematical Reinterpretation of The Quantum Structural Disintegration Thoery by Sultan Mustafa Sohail.

The Quantum Structural Disintegration Theory (QSDT) reinterprets gravity not as an external force but as an Internal Graviton Load (L_g) that exerts mechanical stress within atomic structures. This load forces kinetic movement within atoms, generating thermal energy and defining the passage of time. This mathematical reinterpretation introduces a dynamic Structural Integrity Coefficient (σ_eff) that evolves through strengthening, weakening, and disintegration phases, with atomic type, temperature, and pressure determining critical load thresholds. The compression-vibration-heat cycle explains internal heating of massive bodies, while singularity resolution occurs when σ_eff → 0 and matter converts completely to radiation. The theory bridges quantum mechanics and general relativity by replacing abstract forces with mechanical internal loads.