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

Sanjeev Gupta

Zenodo (CERN European Organization for Nuclear Research), 2026

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. Hilbert mathematical structure is applicable here. It is coherent and poses universal connectivity instantly; But no faster than light phenomena! Spacetime is subtle geometric medium with natural characteristics such as motion, transformation, interactional responsiveness etc. It keeps all fundamental physical quantities conserved. 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. These dynamic structures naturally evolve and move but while in vacuum (spacetime), they do not carry any Fundamental Physical Properties such as mass, charge, spin and energy. These are manifested only on effective interaction with other structures or so called fields. But they do possess wave like characteristics such as wavelength, frequency, amplitude and so on. Quantum entanglement becomes self-explanatory. Paper 3 — Lepton and Quark Generational Phenomenological Patterns: Presents phenomenological mathematical pattern for lepton and quark mass hierarchies derived from the exponential function and fine-structure…

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