Clockwork Cosmology: A Temporal Rate Matrix Framework for Unified Gravitational and Cosmological Dynamics
Year: 2026
Type: book
Abstract: Legacy / historical version. Superseded by The Actualization Theory V2.0THE Q-MODEL (TQM) is a foundational framework that investigates whether observable physics can be reduced to a small set of irreducible primitives and proposes that structure is derivable while realized content emerges through contingent actualization.` Core primitives: • Q (the principle of individuation) • Random Actualization • the scale triad (ℓ, τ, ℏ) • a single continuous nonlinearity parameter M² This monograph presents: • The formal primitives and dynamical system • The graph-Laplacian formulation and Schrödinger dynamics • The verified continuum-limit program • Metric emergence and continuum geometry • Gauge structure, dimensionality, flavor, gravity, and cosmology • The DERIVED / REAL-UNDERIVED / DRAWN classification framework • Conditional no-go theorems (T-08 to T-12) • Quantitative predictions and limitations • A complete executable verification inventory The work also documents the historical development of the framework, the transition from earlier precursor models, lessons learned, and the complete hostile-review audit trail. Verification status The monograph is supported by an executable verification program consisting of 15 test suites and 47 passing tests covering continuum limits, metric construction, Schrödinger dynamics, Einstein-tensor calculations, and related validation programs. Publication Status Foundation Monograph: Ready Research Program Paper: Ready Derivation Paper: Not Yet Ready The remaining blockers affect only a full derivation-paper claim and include: • native metric-to-operator coupling (G4) • native BDG-action derivation • a unique discriminating prediction relative to SM+ΛCDM Code repository: https://github.com/MagusDraconis/TQM AI assistance Generative AI tools were used for language editing, documentation organization, formatting support, and development workflow assistance. All theoretical claims, interpretations, tests, and conclusions remain the responsibility of the author.
Author: Wieser, Fabrice
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7164682382
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