What question did this study set out to answer?

This work aims to establish a geometric framework that connects various aspects of fundamental physics, including spacetime and quantum phenomena.

May 27, 2026Open Access

Energy Space and Quantum Geometry: A Framework for Emergent Physical Reality

Key Points

This work aims to establish a geometric framework that connects various aspects of fundamental physics, including spacetime and quantum phenomena.
Four interconnected papers presenting theoretical concepts and mathematical formulae.
Development of a framework integrating energy space and quantum geometry.
Analysis of phenomenological patterns for lepton and quark mass hierarchies.
Introduces energy space as the fundamental substrate for all observable phenomena.
Establishes that quantum objects consist of dynamic geometric patterns emerging from spacetime.
Derives quantifiable relationships for lepton and quark mass hierarchies using the fine-structure constant.

Abstract

This work presents four interconnected papers proposing a unified geometric framework for fundamental physics. Paper 1 — Energy Space: Proposes an Energy Space as the fundamental substrate underlying all observable physical phenomena, including spacetime, quantum properties, and quantum correlations. Paper 2 — Quantum Geometry: Proposes that quantum objects are dynamic geometric structural patterns emerging out of spacetime, while fields and forces arise as effective emergent descriptions of underlying geometric interactions. Paper 3 — Lepton and Quark Generational Phenomenological Patterns: Presents phenomenological mathematical formulae for lepton and quark mass hierarchies derived from the fine-structure constant. Paper 4 — Peak-Coupling Theory of Quantum Interaction: Proposes that quantum measurement and localization events arise from oscillatory peak coupling, from which the Born-rule probability structure may emerge as an effective consequence.

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