To Kill Three Stones with Six Birds: A Common Grammar for the SM, QM, and GR

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Authors: Ioannis Tsiokos
Cited by: 0

Abstract

A standing question in foundations is whether the deep problems of distinct domains — _why_ the Standard Model has the structure it does, and _why_ quantum mechanics and general relativity fail to combine — share any common explanatory machinery. We report that one frozen, LAYER-AGNOSTIC STRUCTURAL CALCULUS (the Six Birds emergence calculus) — a catalog of substrate-independent laws governing how one theory emerges as a quotient/closure of another — produces foundational-grade results on both, and yields THREE FORCED, FALSIFIABLE, MAINSTREAM-CONTRADICTING PREDICTIONS. Applied under an anti-contamination guard on finite, audited, reproducible toy carriers, the calculus gives the two opposite result-genres its own laws anticipate. For the Standard Model, a _demarcation_ separating the structurally forced from the irreducibly observed-input, recovering non-circularly the grand-unified embedding ratios \({\sin^{2}\theta_{W}} = {3/8}\) and \(k_{Y} = {5/3}\) and unifying proton stability, monopole absence, and color separation as one object. For QM–GR, a _unification_ that recognizes Ryu–Takayanagi holographic entanglement as a case of one ledger/shadow-price duality. The three predictions each contradict a prevailing program. (I) Boundary entanglement does _not_ determine bulk geometry: the entanglement\(\rightarrow\)geometry map carries a robust kernel, so strong “it-from-qubit” fails. (II) Gravity does _not_ mediate entanglement: its channel is forced to be classically-indexed, so BMV-class experiments are predicted NULL, testable on tabletop timescales within the decade. (III) Record-stability forbids proton decay and magnetic monopoles, against grand unification. A single record/memory layer ties the predictions at the grammar level without identifying the two physical tracks. Every result is computed under adversarial self-correction against explicit can-fail controls, and two construction results were stress-tested in adversarial review cycles and settled. We claim NO FRAME-TRANSFER: the results are conditional, toy-level structural facts (\(n = 2\) on universality), offered as a proof of principle and placed before the community to test.

Fields of Study & Subjects

Particle physics theoretical and experimental studies High-Energy Particle Collisions Research Quantum Chromodynamics and Particle Interactions

Publication details

Journal / source
Qeios
Publication date
23 June 2026
Language
EN
Document type
Preprint