Towards the Unified Field Theory: Energy Field Compression (EFC) v1.0

Deposit package for DiWK Multi-Scale Physical Continuum Archive: Energy Field Compression (EFC) v1.0 — Theoretical Working Draft / Preprint. Curated Layer 3 release of the Energy Field Compression (EFC) programme:Theoretical Working Draft / Preprint (v1.0, September 2026). The archiveis the public reading-order tree under release/EFC/ (architecture,foundations spine 15–19, reference, figures) plus the standalone compiledPDF EFC_v1.0_Preprint.pdf. Historical notes and the master outline remainin docs/EFC/ and are not packed here. REVTeX draft 21 is a labelledsecondary compile, not the foundations spine. A companion SymPy / pytest suite (32 tests under tests/verification_efc/)checks algebraic closure of Newtonian free-fall / Gauss / Kepler identitiesand GR weak-field redshift, perihelion, light-deflection, and Einstein-radiusformulae, plus named audit traps. A green run is not empirical confirmationof EFC. This record is a programmatic framework, not a claim that a EuclideanGRIN medium replaces General Relativity. Access Policy: Internal research draft under development. Access granted upon request. Note (Claims Hygiene): This document represents a theoretical frameworkhypothesis developed under the DiWK research initiative. It is one part ofa multi-framework documentation system and does not assert a finished orfully validated fundamental theory. AI Usage Statement: Authored by Ye Min under the DiWK initiative. Thisproject leverages LLMs as research, formatting, and diagnostic co-pilots.All concepts and final validations are directed and maintained by thehuman author. Author: Min, Ye | Affiliation: DiWK (Discovering Wisdom and Knowledge) | ORCID: https://orcid.org/0009-0004-8471-3370

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-28
DOI
https://doi.org/10.5281/zenodo.23010597
Primary Topic
Cosmology and Gravitation Theories
Type
preprint
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preprint

Towards the Unified Field Theory: Energy Field Compression (EFC) v1.0

Ye Min
Zenodo (CERN European Organization for Nuclear Research)
Cosmology and Gravitation Theories
preprint

Towards the Unified Field Theory: Energy Field Compression (EFC) v1.0

Ye Min
preprint en

Abstract

Deposit package for DiWK Multi-Scale Physical Continuum Archive: Energy Field Compression (EFC) v1.0 — Theoretical Working Draft / Preprint. Curated Layer 3 release of the Energy Field Compression (EFC) programme:Theoretical Working Draft / Preprint (v1.0, September 2026). The archiveis the public reading-order tree under release/EFC/ (architecture,foundations spine 15–19, reference, figures) plus the standalone compiledPDF EFC_v1.0_Preprint.pdf. Historical notes and the master outline remainin docs/EFC/ and are not packed here. REVTeX draft 21 is a labelledsecondary compile, not the foundations spine. A companion SymPy / pytest suite (32 tests under tests/verification_efc/)checks algebraic closure of Newtonian free-fall / Gauss / Kepler identitiesand GR weak-field redshift, perihelion, light-deflection, and Einstein-radiusformulae, plus named audit traps. A green run is not empirical confirmationof EFC. This record is a programmatic framework, not a claim that a EuclideanGRIN medium replaces General Relativity. Access Policy: Internal research draft under development. Access granted upon request. Note (Claims Hygiene): This document represents a theoretical frameworkhypothesis developed under the DiWK research initiative. It is one part ofa multi-framework documentation system and does not assert a finished orfully validated fundamental theory. AI Usage Statement: Authored by Ye Min under the DiWK initiative. Thisproject leverages LLMs as research, formatting, and diagnostic co-pilots.All concepts and final validations are directed and maintained by thehuman author. Author: Min, Ye | Affiliation: DiWK (Discovering Wisdom and Knowledge) | ORCID: https://orcid.org/0009-0004-8471-3370

Zenodo (CERN European Organization for Nuclear Research)
Cosmology and Gravitation Theories
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