Timeless Energy Principle and the Origin of Existence: A Unified Philosophical-Scientific Model Beyond Time

The Timeless Energy Principle (TEP) proposes that energy exists in a primordial, pre-spacetime state—timeless, formless, and unbounded—out of which matter, time, and dimensions emerge. Unlike Einstein’s iconic E=mc2, which presupposes spacetime, TEP considers energy as the fundamental substrate preceding spacetime geometry. This paper extends TEP into the realm of higher dimensions, hypothesising that additional dimensional manifolds emerge naturally from fluctuations of timeless energy. We argue that these dimensions may provide the scaffolding for phenomena such as dark energy, quantum entanglement, and multiverse connectivity. In contrast to conventional models, which require spacetime as a prerequisite, TEP provides an ontological foundation for dimensions themselves. This implies that higher dimensions are not merely compactified mathematical artefacts but dynamic manifestations of timeless energy fluctuations. Such a standpoint aligns with recent attempts to reconcile quantum gravity with cosmology and offers explanatory depth for dark matter, vacuum energy, and entropy flow.

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Publication Details

Published
2025-10-29
DOI
https://doi.org/10.38124/ijisrt/25oct765
Primary Topic
Noncommutative and Quantum Gravity Theories
Type
article
Field-Weighted Citation Impact
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article

Timeless Energy Principle and the Origin of Existence: A Unified Philosophical-Scientific Model Beyond Time

K. L. Verma
Noncommutative and Quantum Gravity Theories
article

Timeless Energy Principle and the Origin of Existence: A Unified Philosophical-Scientific Model Beyond Time

K. L. Verma
article en

Abstract

The Timeless Energy Principle (TEP) proposes that energy exists in a primordial, pre-spacetime state—timeless, formless, and unbounded—out of which matter, time, and dimensions emerge. Unlike Einstein’s iconic E=mc2, which presupposes spacetime, TEP considers energy as the fundamental substrate preceding spacetime geometry. This paper extends TEP into the realm of higher dimensions, hypothesising that additional dimensional manifolds emerge naturally from fluctuations of timeless energy. We argue that these dimensions may provide the scaffolding for phenomena such as dark energy, quantum entanglement, and multiverse connectivity. In contrast to conventional models, which require spacetime as a prerequisite, TEP provides an ontological foundation for dimensions themselves. This implies that higher dimensions are not merely compactified mathematical artefacts but dynamic manifestations of timeless energy fluctuations. Such a standpoint aligns with recent attempts to reconcile quantum gravity with cosmology and offers explanatory depth for dark matter, vacuum energy, and entropy flow.

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Noncommutative and Quantum Gravity Theories
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