{
  "asOf": "2026-10-15",
  "manuscript": "2.42",
  "manuscriptSource": {
    "title": "Theory_of_Reality.md",
    "version": "2.42",
    "sourceVersion": "130",
    "access": "Source reviewed for this edition; full manuscript text is not included in this preview."
  },
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  "scope": "Current manuscript and 57-entry registry review; bounded local rechecks are recorded separately from the inherited 1365-test regression.",
  "engines": [
    {
      "engine_id": "ENG-001",
      "name": "Reality Bit Engine 0.20.0",
      "evidence_class": "formal",
      "source_integrity": "CRC_PASS",
      "next_action": "Bind every observation to the implemented operator; separate fixed-point error and sampling error; retain the recurrence model-class assumption.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-002",
      "name": "Rope Tomography Lab 0.14.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Bind a real reference-channel calibration and intervention controls; preserve non-identifiability and record covariance shared across channels.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-003",
      "name": "RRLS Studio 0.27 audited extension 2",
      "evidence_class": "formal",
      "source_integrity": "CRC_PASS",
      "next_action": "Preserve the exact generator assumptions and the common 152-formula check. Expand to reserved harder families with matched timing/resource budgets before claiming a branch improvement.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-004",
      "name": "Hydrogen Matrix Lab 0.8.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Add spectral line-spread, exposure and polarization response; reserve independently sourced transition/intensity targets with covariance.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-005",
      "name": "Element Projection Lab 0.15.0",
      "evidence_class": "measured_reanalysis",
      "source_integrity": "CRC_PASS",
      "next_action": "Add wavelength-response/illuminant calibration, material temperature and uncertainty; predict reserved reflectance or diffraction frames rather than just an RGB rendering.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-006",
      "name": "Fixed Grid String Lab 0.25.0 audited reconstruction",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Current 0.25.0 reconstruction is runnable and tested. Preserve original-byte losses; independently bind physical units/coupling, calibrate apparatus and reserve new measurements.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-007",
      "name": "AB Lens Audit 0.1.0",
      "evidence_class": "measured_reanalysis",
      "source_integrity": "CRC_PASS",
      "next_action": "Keep inspected frames as development data; specify an open-propagation microscope baseline and reserve fresh frames before fitting it.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-008",
      "name": "Matter Harmony Lab 1.5.0",
      "evidence_class": "measured_reanalysis",
      "source_integrity": "CRC_PASS",
      "next_action": "Preserve the holdout with no claimed improvement; audit shared theory/experimental covariance and reserve a new transition before changing the operator.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-009",
      "name": "Born Outcome Frontier Audit 0.2.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Keep setting chronology, optional-stopping guarantees and composite Born-null calibration; test new hardware records only through the hardware protocol.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-010",
      "name": "Wallbreaker Audit 0.1.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Use this evidence classification as a common policy; do not promote an unsupported residual or a simulator pass to a physical wall break.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-011",
      "name": "Optical Reference Audit 0.4.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Measure the reference/sample path mismatch and missed-event fractions independently; predict a newly reserved time-arrival record with those uncertainties.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-012",
      "name": "D0RE Optogenetic and Chirp Order family through 0.5.0",
      "evidence_class": "mixed",
      "source_integrity": "CRC_PASS",
      "next_action": "Obtain independent in-sample optical and recording-response calibration and genuinely new trial-level biological records before fitting or claiming a unique mechanism.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-013",
      "name": "D0RE Spatial Dimension Certificate 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Independently justify simultaneous distance bounds, synchronization and metric premises; challenge curved/routed 3D alternatives on new records.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-014",
      "name": "D0RE Compact Scalar Lab 0.5.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Characterize pulse/threshold or spectral-resolution law independently; separate resolution variable from physical time and test an intervention that breaks the alias.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-015",
      "name": "P3-R1 Hardware Runner 1.0.0",
      "evidence_class": "synthetic",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Use its fail-closed provenance pattern elsewhere; actual QPU data require a supported backend, independent calibration envelope and untouched trials; do not synthesize hardware evidence.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-016",
      "name": "Dimensional Chess C1 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Keep the exact rule universe and independent certificate; any speed claim needs matched hardware, repeated timing and held-out positions.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-017",
      "name": "Dimensional Chess C2 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Bind rule/history semantics and exact certificates; separate search counts from runtime uncertainty.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-018",
      "name": "Dimensional Chess C3 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Recheck every pruning claim with an independent exhaustive oracle on reserved small positions.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-019",
      "name": "Dimensional Chess C4 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Never replace legal minimax conditions with a visual wave score; use fresh oracle positions and account for proof cost.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-020",
      "name": "Dimensional Chess C5 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Keep ordering separate from pruning; test frozen ordering against matched baseline on new positions.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-021",
      "name": "Dimensional Chess C6 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Freeze corpus, rule history and timing environment; score independent certificates and end-to-end resource cost.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-022",
      "name": "Dimensional Chess C7 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Report horizon and unresolved intervals; reserve larger/deeper fixtures and repeat controlled timings.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-023",
      "name": "Dimensional Chess C8 1.0.0",
      "evidence_class": "formal",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Aggregate verifier 1.1 and all 17 case replays plus six repeats pass. Preserve missing old individual-file history; assess reserved positions and controlled training-inclusive performance before a new improvement claim.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-024",
      "name": "D0RE Spectral Observer Lab 0.3.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Acquire an independently characterized profile/tail bound; keep calibration certificate conditional and test reserved temperatures/response profiles.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-025",
      "name": "D0RE Nonlinear Dimension Lab 0.2.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Independently map the energy readout to a physical instrument and restrict ordinary-space competitors; uncertainty must include calibration shared across vertices.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-026",
      "name": "D0RE Quantum Gap Observer 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Fit Hamiltonian/readout efficiencies only to independent calibration; reserve actual probe outcomes and test competing instrument/state models.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-027",
      "name": "D0RE Time Crystal Lab 0.4.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Add independently calibrated pulse, dephasing, readout and sampling errors; predict reserved time-correlation distributions rather than ideal expectation curves.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-028",
      "name": "Job 38 Integrated Lab 0.2.0",
      "evidence_class": "mixed",
      "source_integrity": "CRC_PASS",
      "next_action": "Use independent light/geometry calibration and sensor response; reserve new material/lighting conditions; no optical fit certifies a theological reading.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-029",
      "name": "Bible Key Stress Lab 0.1.0",
      "evidence_class": "mixed",
      "source_integrity": "CRC_PASS",
      "next_action": "Freeze textual coding before new passages; physical tracer proposals need apparatus/readout/noise models and physical validation, not verse selection.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-030",
      "name": "D0RE Neutrino Dimension Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Add flux, cross-sections, efficiency and energy-migration response with independently bounded nuisance parameters and reserved event data.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-031",
      "name": "D0RE Curvature Distance Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Verify metric, curvature and calibration externally; reserve metric-distance records and retain routed or mirror alternatives.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-032",
      "name": "D0RE Spectral Ranging Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Calibrate clock drift, frequency dispersion and path stability independently; validate on a reserved physical geometry with shared error bounds.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-033",
      "name": "D0RE Centroid Ranging Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Model full pulse waveform/detector tails and obtain a controlled source/reference path experiment; a centroid-only fit cannot identify the cause.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-034",
      "name": "D0RE Dark Box Excitation Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Independently calibrate dark counts, thermal leakage, readout work and efficiency; predict a physical blank/control before calling an event unexplained.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-035",
      "name": "D0RE Prepared State Growth Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Measure preparation/readout drift and calorimetry independently; keep decision-rule selection frozen and share calibration covariance across waits.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-036",
      "name": "D0RE Causal Pair Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Validate assignment isolation, timing and physical readout calibration; preserve fixed-horizon scope and avoid post-hoc rule selection.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-037",
      "name": "D0RE Hubble Wave Lab 0.1.0",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Retire proxy matches as evidence of a solution; use a full common background/likelihood and predict a quantity not used to select the amplitude.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-038",
      "name": "D0RE Hubble Dynamics Lab 0.1.0",
      "evidence_class": "measured_reanalysis",
      "source_integrity": "CRC_PASS",
      "next_action": "Preserve measured covariance and calibrated-vs-tested target split; independently evaluate sensor/summary likelihood assumptions and test newly reserved summaries.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-039",
      "name": "D0RE Hubble CMB Lab 0.1.0",
      "evidence_class": "measured_reanalysis",
      "source_integrity": "CRC_PASS",
      "next_action": "The eight-case source rebuild and exact analysis comparison are complete. Continue with the official correlated likelihood and independent probes; do not use the archived display-point surrogate as that likelihood.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-040",
      "name": "Hubble Joint Lab 0.4.0",
      "evidence_class": "measured_reanalysis",
      "source_integrity": "CRC_PASS",
      "next_action": "Full native likelihood and four refined solver replays pass. Preserve nonstationary/nonunique endpoints; investigate optimizer/posterior convergence and reserve independent probes before changed-model validation.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-041",
      "name": "RRLS v28 branch",
      "evidence_class": "formal",
      "source_integrity": "CRC_PASS",
      "next_action": "Source lineage and the small common corpus are reconciled. Test larger reserved families under the same oracle and resource rules; v27 and v28 share the same counting core.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-042",
      "name": "RRLS v30 dual-phase branch",
      "evidence_class": "formal",
      "source_integrity": "CRC_PASS",
      "next_action": "Preserve the inversion bijection and exact common-corpus matches. Assess total representation/search cost on larger reserved families; the finite result proves neither a universal speedup nor P=NP.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-043",
      "name": "RRLS geometry and SAT support labs",
      "evidence_class": "formal",
      "source_integrity": "CRC_PASS",
      "next_action": "Keep finite certificates, complexity bounds, hard negative families and common benchmark resource accounting.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-044",
      "name": "POWM school/forecasting family",
      "evidence_class": "ml",
      "source_integrity": "CRC_PASS",
      "next_action": "Evaluate neural weights separately from engineered solvers; use equal observation/tick budgets, untouched generators, seed variation and training-inclusive compute.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-045",
      "name": "Radial seam / tick neural family",
      "evidence_class": "ml",
      "source_integrity": "CRC_PASS",
      "next_action": "Keep a linear/global control and equal parameter/compute/data budgets; add reserved graph sizes, multiple seeds and prediction calibration before any frontier-scale claim.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-046",
      "name": "Maxwell / taijitu solver family",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Add finite source/detector transfer and material/geometry uncertainty; predict independently measured scattering while keeping discretization error separate from absorption.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-047",
      "name": "Finite observer / nested clock lab",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Add calibrated spatial/temporal response before physical timing claims; require invariance of inferred physics under changed observation resolution.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-048",
      "name": "Connected field mesh audit",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Reserve material/propagation data and independently characterize the constitutive law before treating a geometric mesh as a physical absorber.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-049",
      "name": "Ice boundary calculation audit",
      "evidence_class": "measured_reanalysis",
      "source_integrity": "CRC_PASS",
      "next_action": "Propagate source uncertainty and do not extrapolate to cosmic temperatures; reserve spectra at a specified material/temperature/geometry.",
      "priority": "P1"
    },
    {
      "engine_id": "ENG-050",
      "name": "Wave-vector observer family",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Measure response matrix, pose and phase calibration, bound unmodelled modes, then predict reserved motion/vector observations.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-051",
      "name": "Ten dimensional challenges",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "For each retained route, identify a calibrated physical observable and an intervention excluding its specific surviving countermodel.",
      "priority": "P2"
    },
    {
      "engine_id": "ENG-052",
      "name": "Rain observer family",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Characterize real camera pose, lens response, occlusion and timing; validate prediction-only loss and recovery on reserved multi-camera drop tracks.",
      "priority": "P2"
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    {
      "engine_id": "ENG-053",
      "name": "Clay/seal photometric observer",
      "evidence_class": "synthetic",
      "source_integrity": "CRC_PASS",
      "next_action": "Independently calibrate light directions/intensity, reflectance and camera response; score unseen geometry, not just image agreement.",
      "priority": "P2"
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    {
      "engine_id": "ENG-054",
      "name": "Shape-products atlas",
      "evidence_class": "formal",
      "source_integrity": "CRC_PASS",
      "next_action": "Retain exact object/projection semantics; no physical measurement claim applies without a new physical model.",
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    {
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      "name": "Job 38 source workbench",
      "evidence_class": "interpretive",
      "source_integrity": "CRC_PASS",
      "next_action": "Freeze linguistic coding and alternatives; any extracted physical conjecture needs its own measured protocol and cannot inherit empirical status from the text.",
      "priority": "P2"
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      "engine_id": "ENG-056",
      "name": "String-hair and water-dye viewers",
      "evidence_class": "synthetic",
      "source_integrity": "READABLE_STANDALONE",
      "next_action": "Expose units/approximation scope; a rendered visual match must not substitute for a calibrated radiance/camera prediction.",
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      "name": "Unverified historical chat proposal about rigid inversion",
      "evidence_class": "proposal",
      "source_integrity": "NOT_LOCATED",
      "next_action": "Archive as an unsupported historical conversation proposal. Do not import its flip-rate, power, radius or quartz numbers into the current manuscript evidence.",
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}