The Monograph · Version 1.0 · July 2026
A Source-to-Readout Architecture for a Theory of Everything
Sector Physics as Coupled Projections from a Common Realization Carrier
Jeremy Rodgers · Independent Researcher
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Where this sits in Shadow Theory
Where this sits in Shadow Theory
The six canonical papers fix the public Shadow Theory framework — readout, completion, compilation and claim discipline. The monograph consolidates and extends that foundation into a source-to-readout architecture for a Theory of Everything: one source object, one realization map, and coupled quantum, record, geometric, gravitational, matter, cosmological, temporal and observer readouts. From here the research programme proceeds into the nine companion theorem programmes (Chapter 17) and the open problems. The scientific tests, limitations and claim-status boundaries are stated in Chapter 18.
Abstract
Shadow Theory proposes that familiar mathematical physics is a compatible Tier-1 readout of an admissible source realization rather than a literal description of source ontology. The construction separates source-local closure, realization support, raw physical construction and physical compatibility, and then develops their quantum, relativistic-field, record, geometric, gravitational, matter, cosmological, temporal and observer consequences. Quantum probabilities are distinguished from contextual outcome selection, actual deposition and objective persistence. Objective records determine an intervention-sensitive pregeometry from which metric structure is reconstructed as a possibly nonunique family, while gravitational dynamics follows from a covariant effective action. The same realized branch supports gauge matter, parameter evolution, cosmological backgrounds and perturbations, temporal orientation and structural observer readout. Compatibility is imposed through explicit common comparison objects rather than by treating quantum field theory and general relativity as independently ultimate theories. The monograph fixes the architecture, equations, interfaces, correspondence limits and observable routes; the associated existence, uniqueness, selection and global-compatibility proofs are organized as nine companion theorem programmes.
The claim is architectural and physical. The work does not assume that every admitted source has a successful readout, does not claim that the Standard Model or its parameters have already been uniquely derived, and does not identify structural observer organization with a completed theory of consciousness. It supplies the mathematical objects and physical connections from which those questions can be pursued without redefining the theory.
Organization
Chapters 1–3 introduce the source/readout distinction, the source-local closure law and the realization map. Chapters 4–8 develop the mathematical conventions, quantum and relativistic-field sectors, measurement and objective records, pregeometry, gravitation and their bridge. Chapters 9–13 treat matter, flavour, parameters, cosmology, dark components and vacuum response. Chapters 14 and 15 develop temporal orientation and structural observer readout. Chapter 16 assembles the physical sectors and follows one complete route to a weak-lensing observable. Chapter 17 states the nine companion theorem programmes, and Chapter 18 gives the scientific tests, limitations and open problems.
In numbers: 18 chapters in 3 parts, 2 appendices, 182 numbered sections, 396 numbered equations, 15 tables and 76 bibliography entries.
Table of contents
How to cite
How to cite
Jeremy Rodgers, “A Source-to-Readout Architecture for a Theory of Everything: Sector Physics as Coupled Projections from a Common Realization Carrier,” Version 1.0, July 2026. DOI: 10.5281/zenodo.21366204.
Cite the Zenodo Version 1.0 record ( https://doi.org/10.5281/zenodo.21366204 ). This web edition presents the same work; a machine-readable inventory of every part of it is published at /monograph/manifest.json.