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READING PATH

The Theory of Reality: a projection idea that answers for its evidence

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Can observable reality be described as a projection of a richer hidden state, and can that idea be made exact, executable and open to refutation?

It is the programme's founding claim. The manuscript names the engines and labs as its computational formalisation, so each lab's limits become limits of the theory.

  1. Independently checked

    Step 1

    What was built. Projective Ripple Reality (4 September 2026): typed projective layers, an inverse limit, a reversible visible-to-hidden ripple theorem and a collision-capacity bound.

    What was found. The theorems are exact inside the model. The record separates mathematics, physics and theology and lists what it does not establish.

    What it opens. Eight conditions a physical version must meet, including a preregistered novel prediction and a competing null. The Reality Bit Engine describes itself as an implementation of the computable core.

  2. Independently checked

    Step 2

    What was built. Rope Tomography Lab (5 September): a synthetic rope-and-hairs causal model with withheld-frequency prediction, then release 0.2.0, whose exact audit corrected the main paper's seven-stage closure argument.

    What was found. Complete deterministic closure is idempotent, so the old theorem had no valid instance, and revision 1.14 retracted it: seven is 'a chosen register size, not a dimensional theorem'.

    What it opens. Revisions 1.39, 1.48, 1.49 and 1.58 keep the correction in force; the lab turned to sequential evidence rules.

  3. Independently checked

    Step 3

    What was built. Rope Lab 0.3.0–0.13.0 (revisions 1.16–1.26): anytime-valid e-processes under frozen error budgets, ending with a conditional sign-balance rule.

    What was found. Failures stay on record: a 0.12 candidate failed its frozen loss guard, ORing two 1% rules lost the guarantee, and the sign rule failed under persistent dependence.

    What it opens. Revision 1.27 built a Born-outcome frontier on these rules; release 0.14.0 (revision 1.39, 20 September) repaired the sign rule within a declared Markov class only.

  4. Independently checked

    Step 4

    What was built. A court-grade adversarial audit with a claim ledger and prior-art table, and Wallbreaker Protocol P3's wall ledger with the three-qubit P3-R1 pilot (15 September; revisions 1.27–1.29).

    What was found. A coherent framework with an eight-cycle hypothesis, not proven physics. P3-R1's software passes its audit and fails closed; no QPU job was run, so there is no physical evidence.

    What it opens. The audit names the next admissible act: activate one backend, obtain independent calibration, anchor the frozen manifest externally. Revisions 1.30 onward bring the labs in.

  5. Independently checked

    Step 5

    What was built. Revisions 1.30–1.68 bring the chess, hydrogen, matter, fixed-grid and element labs into the manuscript; the 1.70 draft (20 September) adds Inversion Theory, which two separate audits test.

    What was found. The rigid-motion theorems survive, but the dimension-count, achiral-waypoint, radius and racemisation inferences fail; the tested wave constructions do not distinguish an extra dimension from ordinary space.

    What it opens. The main line took another course: its revisions 1.69–1.70 record Element Projection Lab 0.8.0–0.9.0, and the draft's Inversion Theory appendix does not carry over.

  6. Independently checked

    Step 6

    What was built. The Wave–Observer formulation (Fixed Grid String Lab 0.8.0) and a 20-sector physical coverage ledger with a checked U(1) charged-wave module (0.9.0; revisions 1.83–1.84, 21 September).

    What was found. Waves give a shared mathematical language with typed state spaces; gauge covariance alone does not fix the Hamiltonian. No measured evidence is claimed.

    What it opens. A self-consistent field–matter benchmark (Appendix CH) and lattice-versus-continuum identifiability tests in revisions 1.85–1.97.

  7. Independently checked

    Step 7

    What was built. Manuscript 1.97 (26 September): appendices through CT, with coupled gauge–matter convergence checks and identifiability results for shadows, optical tails and paired references.

    What was found. A shadow test cannot by itself locate a tail's cause, and a sample-only path delay can mimic a material delay. No extra dimension follows; revision 1.81 retracts a smooth-structure claim.

    What it opens. An intervention validated to change only one mechanism is required. A 6 October handoff packaged 1.97 unchanged beside five executed observer, clock and Maxwell packages.

  8. Independently checked

    Step 8

    What was built. Manuscript 2.42 and research edition 02 (15 October): a 57-entry engine registry, a 1,365-test regression, a gap register and content-bound measurement admission.

    What was found. Recoverable implementation work is checked, but none of the 57 records is admitted as a new measured physical prediction; treating shared calibration as independent cuts simulated coverage to 35.8%.

    What it opens. A proposed scale-transfer ladder and a first physical target: a forward Aharonov–Bohm apparatus prediction scored on newly reserved frames.

Connected questions

Where it stands

Editorial guide

Manuscript 2.42 (15 October 2026) is a revisable framework whose text is registered but not recovered; 1.97 is the latest readable text. No physical fourth spatial direction is established.

The next question. Can one link of the proposed scale-transfer ladder carry a frozen prediction, with independent calibration, that survives newly reserved measurements and a named competing model?

Editorial guide

Independent research by Anthony Michael Collado.
Original credits remain with each source.