What question did this study set out to answer?

The study aims to derive fundamental physical concepts such as classical mechanics and the finestructure constant from an informational perspective.

June 1, 2026Open Access

Quantum Informational Geometrodynamics of the Bulk (QIG-Bulk): Version 5.0

Key Points

The study aims to derive fundamental physical concepts such as classical mechanics and the finestructure constant from an informational perspective.
Developed a comprehensive first-principles derivation from a discrete Graviton Substrate at the Planck scale.
Utilized a Large Language Model for metadata formatting and optimization during preparation.
Successfully formulated classical mechanics and linear momentum from informational resource constraints.
Derived the finestructure constant α through topological gauge phases.

Abstract

This paper presents Version 5.0 of Quantum Informational Geometrodynamics of the Bulk (QIG-Bulk). Spacetime and matter are formulated as emergent phenomena from a discrete Graviton Substrate at the Planck scale. We present a comprehensivefirst-principles derivation of classical mechanics, linear momentum, and the finestructure constant α from informational resource constraints and topological gauge phases. Large Language Model (Google Gemini) was utilized strictly as an assistant for metadata formatting, LaTeX translation, and syntactic structure optimization during the preparation of Version 5.0.

Quantum Informational Geometrodynamics of the Bulk (QIG-Bulk): Version 5.0

Key Points

Abstract

Cite This Study