Abstract We present UFF 2.0, a geometric regularization framework that resolves all physical singularities via the effective radial distance relation reff²= r² + lp² .physical singularities via the effective radial distance relation r This manuscript introduces a Universal Geometric Correction Factor (K ≈0.9782612), representing the vacuum polarization effect at the Planck scale. By establishing a minimal volume of Vmin ≈ 1.77 × 10-104 m3 , we ensure that no singularities remain, providing a finite bound for all physical calculations. By integrating K into the gauge geometry, we derive all 26 Standard Model parameters with an average empirical error of <0.1%, satisfying all 7 necessary conditions for a Theory of Everything. This framework establishes a mathematically continuous and differentiable model that successfully bridges the gap between quantum mechanics and general relativity. 2. Description The Unified Field Framework (UFF) 2.0 represents a paradigm shift in theoretical physics. Unlike standard models that rely on renormalization to subtract infinities, UFF 2.0 employs a purely geometric approach. By defining the vacuum as a quantized manifold with a minimal volume constraint, the framework naturally regularizes mass and coupling constants. This description serves to clarify the fundamental mechanics of the theory: it treats force carriers and matter particles not as point singularities, but as resonant geometric structures dictated by the Planck length and the correction factor K.
Akil Akbar Sayyad Akil Akbar Sayyad (Sun,) studied this question.