Falling in Love with Constants A Universal Scaling Law for the Fundamental Constants of Physics

This repository contains the complete computational implementation and results for the Universal Scaling Law - a proposed fundamental principle that generates all physical constants from a single mathematical equation: C = c^a × α^b × d^c × L^d × [log(13)]^e × (φπ)^f. The law combines the speed of light, fine structure constant, Planck length, Bohr radius, natural logarithm of 13, and golden ratio times π with rational exponents to reproduce 21 fundamental constants with 99.77% average accuracy. Includes Python implementation, complete JSON results dataset, and comprehensive visualization analysis. This work suggests that physical reality may emerge from deeper mathematical harmonic structures involving logarithmic and geometric constants.