H⁺ Unified Law: A Closed Symbolic Framework for Deriving Physical Constants and Atomic Properties

This work introduces the H⁺ Unified Law, a closed symbolic framework that derives fundamental physical constants and atomic properties from first principles. The paper demonstrates how constants such as Planck’s constant, the fine-structure constant, the Rydberg constant, and the electron mass can be accurately calculated with negligible error. The framework emphasizes separation between symbolic equations and precise CODATA numerical inputs, ensuring reproducibility and predictive accuracy. The method not only reproduces known constants with near-perfect agreement but also provides new theoretical predictions for values not yet measured, offering future opportunities for experimental verification. In addition, the work proposes ideas for potential measurement devices and experimental setups that could allow scientists to test and validate the predictions of the H⁺ law. This reinforces the scientific credibility of the framework and opens new directions for research in theoretical physics and metrology. The study positions the H⁺ Unified Law as a promising foundation for unifying symbolic approaches with empirical physics, providing both explanatory power and predictive capacity