Contemporary theoretical physics is restricted by a "Mathematical Gap" between quantum mechanics and general relativity, primarily due to the treatment of Zero (0) as an absolute baseline. This paper formalizes the Anadihilo (४) Framework, defining the Absolute Void as the primordial source of systemic initialization. By utilizing established experimental data—including muonic hydrogen radii, supernova energetics, and the cosmic energy budget—we derive a unified scaling law governed by a fundamental resolution constant (i=0.0001) and a boundary-dependent reset constant (Λ). We provide a complete derivation of the charge radii for all 118 elements, resolve the Dark Matter abundance paradox, and predict the eventual de-rendering of ordinary matter as the universal boundary (n) expands.
Nitin Dagar (2026) studied this question.