From the Scretching Planck Action to Quantum Molecular Biology

This paper connects the Scretching–Planck formulation, Scretching–Maxwell–Schrödinger and Scretching–Maxwell–Dirac actions with proposed applications in quantum molecular biology. It develops mathematical relationships involving molecular absorption, radiative lifetimes, DNA composition, buoyant density, and melting temperature. The revised analysis corrects numerical and dimensional errors, distinguishes established physics from proposed numerical correspondences, and identifies the data needed for independent testing. Experimental validation is left to experimental researchers.