Papers
The seven canonical papers establish the source–readout foundation. The follow-on Sealed or Leaky paper quantifies missing information and operational access. The Quantum Measurement programme develops its own explicit physical constitutions, with a complete monograph and two companion papers. The consciousness monograph develops SPC-2, the current Version 2 successor of the Consciousness Field account. Three companion papers examine relational boundaries, effective interface learning and the identification of binary realizations. Superseded canonical versions are the June 2026 six-paper stack the current sequence replaced. Historical papers are the earlier Everything Equation / Tier-0 era archive, retained for the record and superseded as authority.
Follow-on research · Sealed or Leaky
Bell-certified bounds quantify what an initial classical readout leaves unresolved. Reversible constructions separate information preservation from access. Finite-resource witnesses specify when hidden distinctions can reach a retained record.
The complete argument is on the site: all statements, proofs, equations, calculations and references, with the assumptions that make each result hold.
15 September 2026 · Version 2
Three complete, browser-readable publications. The monograph integrates the programme; each companion preserves its own proof sequence and publication provenance.
Programme overview and reading paths →The integrated measurement programme: source dynamics, event laws, Born statistics and physical records, with two distinct constitutive completions.
A deterministic spatial pilot medium yields a controlled Bell-path limit and autonomous material records under its declared interaction catalogue and preparation assumptions.
A separate massive-configuration constitution realizes finite measurement programmes with semibounded material dynamics, retained resources and controlled archive histories.
The TOE monograph · a separate publication
A Source-to-Readout Architecture for a Theory of Everything · Version 1.0
The complete web edition (18 chapters, two appendices, bibliography) lives at /monograph, with the citable record on Zenodo (doi:10.5281/zenodo.21366204).
September 2026 · Monograph and Papers 2–4 · SPC-2
The complete monograph and three connected research papers: relational boundaries, learned interfaces and binary realizations. Read the philosophical foundation, mathematical arguments, proofs and computational results directly on the site.
Programme overview and reading paths →SPC-2: a candidate internal constitutive resolution of the source-to-experience problem under declared assumptions.
Relational boundaries: robustness, composition and the limits of awareness localization.
Learning effective interfaces: the gap between capacity, candidate production, selection and validation.
Identifying binary realizations: intervention laws, reconstruction certificates and a bounded SPC-2/IIT comparison.
Papers 1–7 · read in order · Papers 1–6 build the source–readout mathematics; Paper 7 is the physical witness in Randall–Sundrum gravity.
Establishes the foundational distinction: after declared redundancy is quotiented out, the readout presents the source exactly as a quotient while physically invariant relations can fail to descend and equivariant reconstruction can be obstructed.
Makes obstruction target-relative: a question is answerable from the readout exactly when its correct answer never varies within a readout fiber, and every sufficient extension must separate states with different correct answers, with the joint target image as the coarsest such extension.
Constructs the canonical minimal completion: for any nominated family of invariant source relations, the joint image of readout and relations is terminal among all relation-sufficient extensions, making it the coarsest enrichment on which every nominated relation becomes well defined.
Realizes the completion geometrically: compatible local data glue to global fields unique up to bundle isomorphism, invariant relations descend to the orbit space of physical configurations, and relation-dependent actions derive covariant responses in the Einstein, Yang–Mills, and matter equations.
Develops the observable and dynamical layer: an induced observable evolution exists exactly when the dynamics preserve the readout kernel; otherwise the exact projected law carries an unresolved-initial-state term and a memory kernel, with a minimal dynamical completion measuring exactly what must be restored.
Integrates the sequence into the non-source projection theorem: an essential non-gauge distinction inside a readout fiber proves non-source projection for the stated model and target, with exact deterministic and statistical identifiability results.
Within RS2 gravity, Paper 7 proves that identical instantaneous brane readouts can evolve into different futures, derives the exact projected Einstein equation, and links cosmological and weak-field residues through a parameter-free relation.
Branch results downstream of the canonical sequence, each published as its own record with declared assumptions, methods, results, and research domain.
Bell-certified hidden information, reversible seals, and finite-resource retained-record witnesses.
The June 2026 six-paper canonical stack, replaced on 2026-07-15 by the current seven-paper sequence. These records remain published on Zenodo as part of the programme's publication history, but they are no longer current authority and their architecture is not carried forward.
86 records from the earlier programme era. These remain publicly available on Zenodo, but they are historical background and branch development traces. Where they conflict with Papers 1–7, the canonical sequence controls.