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February 5, 20260 citationsOpen Access

MID/QC Derivation Series 1 - Polarity Induced Boundary Formation as the Origin of Mass and Gravity

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CRChadwick Rasque

Key Points

  • The paper aims to derive mass and gravity using a primitive-level framework based on Polarity, Torsion, and Coherence.
  • Utilizes a theoretical framework called MID/QC substrate.
  • Applies the concepts of polarity, torsion, and coherence to derive mass and gravity.
  • Explores the relationship between energy and polarity-induced boundaries.
  • Demonstrates that mass derives from boundary formation induced by polarity.
  • Shows gravity is related to coherence gradients from these boundaries.
  • Recovers Einstein's E=mc^2 as a substrate identity in this framework.

Abstract

This paper presents a primitive‑level derivation of mass and gravity within the MID/QC substrate framework. Using only the three irreducible primitives—Polarity, Torsion, and Coherence—it shows that mass arises from polarity‑induced boundary formation, and gravity emerges as the coherence gradient generated by these boundaries. Photons, as expressed quanta carried purely in torsion, do not impose polarity and therefore remain massless while still following coherence gradients through torsion‑guided propagation. The familiar relation E=mc² is recovered as a substrate identity: energy is the coherence cost of maintaining a polarity‑induced boundary multiplied by the torsion propagation constant. This derivation is self‑contained for readers while arising directly from the primitive structure and logic established in the MID/QC Foundations Series.

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Cite This Study

Chadwick Rasque (2026) studied this question.

synapsesocial.com/papers/69843405f1d9ada3c1fb1aeehttps://doi.org/10.5281/zenodo.18455449
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