What question did this study set out to answer?

The research program aims to derive a Standard-Model-like gauge structure from symmetries of an extended DAG substrate.

April 18, 20262 citationsOpen Access

DAG Substrate sector — Gauge Structure Programme, v1

Key Points

The research program aims to derive a Standard-Model-like gauge structure from symmetries of an extended DAG substrate.
Employed effective field theory and dispersion relations.
Developed a directional entanglement geometry program.
Examined the Axis-Pair Doublet Hypothesis for SU(3)×SU(2)×U(1) emergence.
Verified Standard Model anomaly cancellation and modified Higgs potential.
Outlined a research roadmap with speculative cosmogony and falsifiable predictions.
Proposed mechanisms suggest near-GUT-scale unification.
Confirmed the Higgs-like mechanism as plausible.
Derived effective field theories and related predictions.
Established a framework for understanding fermion generations in this context.
Analyzed anomaly sums and constants related to the theory.

Abstract

v1 of the DAG gauge-structure research programme. Companion to"DAG — Substrate Sector, v11". Scope: speculative programme for deriving Standard-Model-like gaugestructure, three fermion generations, a Higgs-like mechanism, andnear-GUT-scale unification from the symmetries of an extended18-channel DAG substrate. Includes: effective field theory anddispersion relation; directional entanglement geometry (DEG)programme; extended (six axes × three colour) substrate; Axis-PairDoublet Hypothesis and conjectured SU(3)×SU(2)×U(1) emergence;generation assignment; verification of SM anomaly cancellation;DAG-modified Higgs potential; one-loop RG running; conjecturedDAG-TOE Lagrangian; falsifiable predictions; research roadmap;speculative cosmogony; constant-fixing analysis; and fourappendices (anomaly sums, Casimir invariants, substrate actionderivations, Steps 1–4 of the research roadmap). This document is explicitly labelled a research programme, not acompleted theory. Per the project's Revision.md protocol, claimsthroughout sit between heuristic and conjectural (classes 7–8).

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