SAN Delta E Principle: An Energy-Imbalance–Based Universal Framework

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1. Verfasser: Nagarakanti, Sree Anjaneyulu
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Veröffentlicht: Zenodo 2025
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author Nagarakanti, Sree Anjaneyulu
author_facet Nagarakanti, Sree Anjaneyulu
contents <p>This manuscript presents the SAN Delta E Principle, an energy-imbalance–based conceptual framework for understanding physical phenomena across scales.</p> <p>The work proposes that observable action, time, matter, and physical interactions arise only when energy exists in an imbalanced state (ΔE ≠ 0), while a perfectly balanced energy state (ΔE = 0) corresponds to an inactive, non-observable condition.</p> <p>This manuscript is a preprint and is currently under peer review at The European Physical Journal Plus (EPJP). The content has not yet undergone formal peer review and may be subject to revision.</p>
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spellingShingle SAN Delta E Principle: An Energy-Imbalance–Based Universal Framework
Nagarakanti, Sree Anjaneyulu
Physical cosmology
Quantum physics
<p>This manuscript presents the SAN Delta E Principle, an energy-imbalance–based conceptual framework for understanding physical phenomena across scales.</p> <p>The work proposes that observable action, time, matter, and physical interactions arise only when energy exists in an imbalanced state (ΔE ≠ 0), while a perfectly balanced energy state (ΔE = 0) corresponds to an inactive, non-observable condition.</p> <p>This manuscript is a preprint and is currently under peer review at The European Physical Journal Plus (EPJP). The content has not yet undergone formal peer review and may be subject to revision.</p>
title SAN Delta E Principle: An Energy-Imbalance–Based Universal Framework
topic Physical cosmology
Quantum physics
url https://doi.org/10.5281/zenodo.18048900