What question did this study set out to answer?

This research aims to describe a new atomic law that connects geometry with fundamental constants in physics.

January 17, 20260 citationsOpen Access

The Yu-Liang Atomic Law: A 7-Dimensional Discrete Polarity Field Theory and the Geometric Genesis of the 137 Fine-Structure Constant

YYuInvent (Germany)LLiangDeventer Ziekenhuis

Key Points

This research aims to describe a new atomic law that connects geometry with fundamental constants in physics.
Introduction of the Yu-Liang Atomic Law (YLAL) and the Universal Law of Protons and Electrons (ULPE)
Formation of a theoretical framework using seven dimensions—six spatial and one temporal
Mathematical analysis of atomic states and interaction modes within a 7-dimensional hypercube
Reveals that the fine-structure constant is derived from a linear summation of specific atomic states
Identifies atomic stability and chemical reactions as Hamiltonian paths within a hypercube framework
Establishes a connection between geometric properties and fundamental physics constants.

Abstract

This paper presents the Yu-Liang Atomic Law (YLAL) and the Universal Law of Protons and Electrons (ULPE). We postulate that physical reality is governed by seven mandatory dimensions: six spatial vectors and one temporal principal ("Now"). The theory demonstrates that the Fine-Structure Constant (^-1 137) is not an arbitrary value but the linear summation of the atomic manifold’s existential states (2⁷ = 128) and the triadic-dual interaction modes (3² = 9). This framework redefines atomic stability and chemical reactions as Hamiltonian paths within a 7-dimensional hypercube (Hepteract).

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