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August 3, 2026Open Access

Beyond Energy–Mass Equivalence: A Structural Framework for Stability, Transformation, and Context

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Authors

MCMatthew Arthur Carlo

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Overview

Theoretical framework explores energy-mass equivalence in varied physical contexts, suggesting emergent properties.

Key Points

  • This work aims to reframe energy-mass equivalence as an emergent phenomenon rather than a fundamental principle, exploring its implications.
  • Introduced a structural framework incorporating operator-based formulations and quantum behaviour.
  • Identified conditions leading to the breakdown of energy-mass equivalence in varying contexts.
  • Derived a general relation, M̂ = g(Ê, Ĉ), validating E = mc² under specific assumptions.
  • Showed that E = mc² is valid only under conditions of continuity, locality, and context coherence.
  • Established that deviations occur in discontinuous geometries and horizon-dominated contexts.
  • Outlined testable predictions for extreme scenarios like black holes and early-universe conditions.

Cite This Study

Matthew Arthur Carlo (2026) studied this question.

synapsesocial.com/papers/6a70406d75942ff7265e575fhttps://doi.org/10.5281/zenodo.21744731
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Also Consider

Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

  1. 1The Circular Foundations of Energy–Mass Equivalence: Mapping Assumptions, Exposing Circularity, and Reframing E = mc²2026
  2. 2BEYOND E = mc² — A Unified Structural Framework for Stability, Transformation, and Context2026
  3. 3The Circular Foundations of Energy–Mass Equivalence: The Carlo Field Compendium and Interactive Operator-Space Visualiser2026
  4. 4B17: BRISM and Mass–Energy Equivalence: Deriving E = mc² as an Interface Equilibrium Toward a Shared Structural Basis of Quantum Mechanics and Relativity2026
  5. 5BRISM and Mass–Energy Equivalence: Deriving E = mc² as an Interface Equilibrium Toward a Shared Structural Basis of Quantum Mechanics and Relativity2026