{ "version": "journey-2.0", "asOf": "2026-10-15", "timezone": "Europe/Berlin", "chapters": [ { "id": "begin", "short": "The question", "kicker": "ANTHONY MICHAEL COLLADO / d0re", "title": "A question.\nAn entire world.", "body": [ "What does a system know about its own state—and what survives when that state is observed?", "The Theory of Reality is the thread through my mathematics, simulations, AI research, and working systems. The 15 October record asks the next question: can a prediction survive its instrument?" ], "bridge": "Scroll into the work. Every answer opens another question.", "projects": [ "theory" ], "scene": 0, "equation": "", "lab": null }, { "id": "state", "short": "State & observer", "kicker": "01 / THE FRAMEWORK", "title": "The answer\nis a projection.", "body": [ "A complete state and the record we see are different objects. A model needs both: what exists inside it, and the operation that turns it into an observation.", "The Theory of Reality organizes that distinction into state, dynamics, interaction, observer, and checked prediction. Its seven layers are a mathematical framework under continuing revision." ], "bridge": "First define the state. Then ask what the observer keeps.", "projects": [ "theory", "rbe" ], "scene": 1, "equation": "Sₜ₊₁ = F(Sₜ, uₜ)\nyₜ = Π(Sₜ)", "lab": null }, { "id": "coordinates", "short": "Coordinates", "kicker": "02 / THE GEOMETRY", "title": "Change the view.\nKeep the relation.", "body": [ "Multiplying two planar shapes produces a four-dimensional Cartesian product. The 3D picture is a deliberate projection of that richer coordinate state.", "The shape atlas makes a central question tangible: when the picture changes, which relations remain true? That question returns in atomic envelopes and hidden model states." ], "bridge": "Geometry gives the question an explicit coordinate map.", "projects": [ "shapes", "rbe" ], "scene": 2, "equation": "A × B ⊂ ℝ⁴\np₃ = π₃ R p₄", "lab": "shapes" }, { "id": "time", "short": "Time & response", "kicker": "03 / THE DYNAMICS", "title": "A disturbance\nhas a history.", "body": [ "A boundary moves. A wave travels. Each attached coordinate responds after a finite delay. The rope-and-hair idea becomes an inspectable forward model.", "Filament mechanics explore drive, contact, and constraint. Rope tomography reverses the question: what can a delayed observation tell us about the system that produced it?" ], "bridge": "The forward wave becomes the starting point of an inverse problem.", "projects": [ "filaments", "rope", "gauge", "fluids" ], "scene": 3, "equation": "μ uₜₜ = T uₛₛ\nv = √(T / μ)", "lab": "string" }, { "id": "matter", "short": "Matter & form", "kicker": "04 / THE REFERENCE", "title": "Give the wave\na body.", "body": [ "Hydrogen gives the programme a precise reference: a wave amplitude, a probability density, and the level surface chosen to display it.", "The atom and crystal observers extend into sourced element geometry, basis sites, and interference. Hypotheses that miss the reference stay in the record; those failures refine the model." ], "bridge": "Density, shape, and a displayed surface carry different information.", "projects": [ "hydrogen", "elements", "matter" ], "scene": 4, "equation": "ρ = |ψ|²\nS(q) = Σⱼ exp(2πi q · rⱼ)", "lab": "atoms" }, { "id": "light", "short": "Light & image", "kicker": "05 / THE OBSERVER", "title": "The world becomes\nan image.", "body": [ "A field evolves before a detector records it. The spectral work separates physical spectrum, observer response, and display colour.", "The Maxwell lab brings that distinction into a discrete electromagnetic volume: source, finite apertures, interference, detector. Water and crystals supply neighbouring questions about transport and appearance." ], "bridge": "Trace the signal all the way from a modelled state to a visible record.", "projects": [ "optics", "fluids", "elements", "gauge" ], "scene": 5, "equation": "H ← H − Δt curl E\nE ← E + Δt curl H\nrecord = observer(field)", "lab": "maxwell" }, { "id": "relations", "short": "Relations & proof", "kicker": "06 / THE INVERSE QUESTION", "title": "Find the relation\nbefore the search.", "body": [ "RRLS asks whether recognizing the right structure can remove unnecessary branching. Every recognition and rewrite has to preserve meaning and account for its cost.", "Chess supplies exact finite reference worlds. Generator and market studies supply holdouts. Together they ask whether a useful relation survives outside the example that revealed it." ], "bridge": "A shortcut becomes evidence only when its domain and cost are checked.", "projects": [ "rrls", "chess", "prng-markets", "rope" ], "scene": 6, "equation": "recognize → rewrite → verify\nfit → freeze → hold out", "lab": null }, { "id": "intelligence", "short": "Hidden models", "kicker": "07 / THE MODEL RECOVERY", "title": "Equal output.\nHidden structure.", "body": [ "A replica can match a function without identifying every hidden parameter. DRCT exposes that distinction on complete finite domains.", "The GPT-2 work changes the observation contract: internal activation pairs and float32 constraints become part of the recovery method. The next question asks what an exact replica explains—and how a representation carries meaning." ], "bridge": "Functional equality, parameter recovery, and meaning are separate questions.", "projects": [ "drct", "gpt2", "semantic" ], "scene": 7, "equation": "Π(S₁) = Π(S₂)\ndoes the next observation separate them?", "lab": null }, { "id": "memory", "short": "Durable evidence", "kicker": "08 / FROM RESEARCH TO A PRODUCT", "title": "An observation\ndeserves a memory.", "body": [ "A discovery that loses its inputs, revisions, and evidence cannot guide the next session. Keeping the record becomes an engineering problem.", "d0fs turns that shared principle into versioned agent memory. D0 Console makes sessions, tasks, and decisions navigable. The connection is practical: carry the evidence forward." ], "bridge": "The habit of research becomes a working memory system.", "projects": [ "d0fs", "console", "semantic" ], "scene": 8, "equation": "state + change + evidence\n→ resumable context", "lab": null }, { "id": "systems", "short": "Working systems", "kicker": "09 / THE OPERATING ENVIRONMENT", "title": "Make the principle\na working world.", "body": [ "The memory layer and Console sit inside the d0 OS development environment. Signed identity, local snapshots, and recovery bring inspectable state into daily use.", "The alpha server observes accounts, devices, and health. Remote Desktop adds a measured transport path and checked endpoint identity. Each product has its own deployment and test scope." ], "bridge": "The theory’s vocabulary reaches engineering through shared principles and components.", "projects": [ "d0os", "console", "d0fs", "server", "remote" ], "scene": 9, "equation": "identity → state → observation\nrecord → recovery → next state", "lab": null }, { "id": "learning", "short": "Learning observers", "kicker": "10 / THE LEARNING RESEARCH", "title": "Now let the\nobserver learn.", "body": [ "GWSN asks how a semantic state could be represented and transformed. Octave asks how communicating temporal observers could learn to predict with memory.", "The small recurrent prototype has been trained on a fixed-budget school. Per-bit success and complete-forecast success tell different stories; the benchmark keeps both, along with the failures and compute cost." ], "bridge": "An observer architecture enters a school. Its next step depends on the exam.", "projects": [ "semantic", "octave", "drct" ], "scene": 10, "equation": "8 temporal slots ↔ workspace ↔ memory\nobservations → prediction → test", "lab": null }, { "id": "return", "short": "The next question", "kicker": "11 / THE LOOP", "title": "A result becomes\nthe next question.", "body": [ "A model produces a record. A check exposes a gap. New coordinates or a better observer change the next model. The journey continues through that loop.", "The current 2.42 programme brings topology, cosmology and measurement discipline into that loop. Read the new investigations, inspect the 57-engine audit, or explore the shared live engine." ], "bridge": "State → dynamics → observer → evidence → revision → state.", "projects": [ "theory", "ab", "hubble", "measure" ], "scene": 11, "equation": "S → F → Π → record → test → refine", "lab": "superposition" } ], "projects": [ { "id": "theory", "title": "Theory of Reality", "area": "Framework", "version": "Theory 2.42 / reviewed 15 Oct 2026", "status": "Revisable framework · empirical validation open", "question": "How can a richer state, its dynamics, and an observer be expressed in one explicit modelling architecture?", "build": [ "A versioned seven-layer projective framework, a 20-sector physical coverage ledger, and the Wave–Observer Formulation.", "The central pipeline is state → mode dynamics → interaction → observer → checked prediction.", "The manuscript retains derivations, synthetic benchmarks, countermodels, failed trials, and correction history." ], "results": [ "15 October update: 57 engine records mapped; recorded native replay passes 1,365 tests in 31 groups. No new measured physical prediction is admitted by the current evidence gate.", "Projection closure and hidden-state ambiguity are treated as explicit mathematical questions.", "The latest v1.97 reference-calibration result identifies a material-delay kernel only under a shared detector and optical-path assumption.", "A 0.8 ns material delay and a sample-only 0.8 ns path delay can give the same observed ratio." ], "boundary": "Seven typed mathematical layers are not seven measured spatial dimensions. Physical unification, independent calibration and reserved measurements remain open; see the current 2.42 audit.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "Theory_of_Reality.md", "url": "archive/1d8715c179d2-Theory_of_Reality.md" }, { "label": "Wave_Observer_Formulation.md", "url": "archive/cae4bcf2f553-Wave_Observer_Formulation.md" }, { "label": "Physical_Coverage_And_Gauge_Derivation.md", "url": "archive/88d96126ec54-Physical_Coverage_And_Gauge_Derivation.md" } ], "lab": null, "figure": null, "recordDates": [ "2026-09-21", "2026-09-26" ], "dateLabel": "4 Sep – 15 Oct 2026", "dateKind": "Current manuscript source window", "origin": "The organizing question: distinguish a complete state, the law moving it, and the record an observer can actually retain.", "short": "Theory of Reality", "group": "Foundation", "contribution": "The common architecture separates a complete state, its evolution, its interaction, and its observer. Every neighbouring experiment tests a particular part of that architecture.", "measurement": "v1.97 · 84 revision entries", "audit": { "asOf": "2026-10-15", "records": [ "ENG-001", "ENG-006", "ENG-007", "ENG-040", "ENG-051" ], "next": [ "Bind every observation to the implemented operator; separate fixed-point error and sampling error; retain the recurrence model-class assumption.", "Current 0.25.0 reconstruction is runnable and tested. Preserve original-byte losses; independently bind physical units/coupling, calibrate apparatus and reserve new measurements.", "Keep inspected frames as development data; specify an open-propagation microscope baseline and reserve fresh frames before fitting it.", "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.", "For each retained route, identify a calibrated physical observable and an intervention excluding its specific surviving countermodel." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "rbe", "title": "Reality Bit Engine", "area": "Computation", "version": "0.20.0", "status": "Executable prototype", "question": "Which parts of the proposed framework can be compiled into exact, inspectable computation?", "build": [ "A standard-library-only C++17 engine with 101 enumerated capabilities and an 848-bit canonical seven-layer state.", "Fixed-point state-vector circuits, H/T/CNOT and Phase64 gates, RBE-Q circuit compilation, and Bell, CHSH, Grover, teleportation, and error-correction demos.", "Projection closure, cycle statistics, GF(2) inverse effects, hidden-memory refinement, Lorentz and curvature kernels, plus scoped RH/SAT/fluid proof labs." ], "results": [ "Exact finite-state witnesses and counterexamples distinguish a closed projection from a same-effect/different-future collision.", "Hardware-data adapters fit the observable composite rather than claiming unique recovery of its latent factors.", "Finite certificates explicitly retain the missing all-input step of the Millennium targets." ], "boundary": "Its 101 capabilities are the package’s enumerated functions, not 101 experimentally validated physical laws. The general RH, P-vs-NP, and Navier–Stokes problems remain open.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "Reality Bit Engine 0.20.0 · README", "url": "archive/reality-bit-engine-v0.20.0-README.md" }, { "label": "reality-bit-engine-v0.20.0.zip", "url": "archive/1a23cf011c55-reality-bit-engine-v0.20.0.zip" } ], "lab": null, "figure": null, "recordDates": [ "2026-09-05" ], "dateLabel": "Saved 5 Sep 2026", "dateKind": "Saved source window", "origin": "The modelling architecture becomes a canonical finite state and a library of declared operators that can be compiled and checked.", "short": "Reality Bit Engine", "group": "Foundation", "contribution": "The framework becomes executable: a canonical state and declared operators turn modelling choices into finite computations that can be checked.", "measurement": "848-bit state · 101 capabilities", "audit": { "asOf": "2026-10-15", "records": [ "ENG-001" ], "next": [ "Bind every observation to the implemented operator; separate fixed-point error and sampling error; retain the recurrence model-class assumption." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "rrls", "title": "RRLS: relations, rewrites & phase", "area": "Computation", "version": "v0.13 → v0.30", "status": "Exact & numerical experiments", "question": "When does recognizing the right relation remove unnecessary search?", "build": [ "SAT relation recognizers, sign renaming, structural lifts, reversible operator vocabularies, dimensional event solvers, and a Windows studio.", "Later revisions add adversarial residuals, semantic canonicalization, and an exact dual-phase involution with even/odd Walsh separation.", "The audited v0.27 repair retains the original failures and adds a bounded finite-field recurrence learner." ], "results": [ "The v0.27 repair checks 1,200 rational modular worlds, 500 generated sequences, and 14,000 values excluded from fitting.", "A learned Fibonacci recurrence evaluates a(10^96) = 160 mod 257, independently checked by fast doubling.", "On the n=40 hard snapshot, local phase reduces 38,191 syntactic futures to 24,682 classes (about 1.547×); exact semantic redundancy is still larger.", "v0.30 reports 120/120 independent small #SAT checks and 100/100 exact integer Walsh controls." ], "boundary": "Restricted improvements and exact symmetry layers are established in their stated models. P = NP is not proved; recognizing, rewriting, and solving must all have bounded total cost.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "RRLS_v27_SOURCE_AUDIT.md", "url": "archive/8cae97ff1389-RRLS_v27_SOURCE_AUDIT.md" }, { "label": "RRLS_v30_DUAL_PHASE_REPORT.md", "url": "archive/65b761028cb7-RRLS_v30_DUAL_PHASE_REPORT.md" }, { "label": "RRLS_PNP_COMPOSITION_PROOF.md", "url": "archive/089c94a4ecca-RRLS_PNP_COMPOSITION_PROOF.md" }, { "label": "RRLS_Dual_Phase_v30_Source.zip", "url": "archive/94b6bfcb6fe6-RRLS_Dual_Phase_v30_Source.zip" } ], "lab": null, "figure": null, "recordDates": [ "2026-09-05", "2026-09-06" ], "dateLabel": "Saved 5–6 Sep 2026", "dateKind": "Saved source window", "origin": "The search for a better coordinate language becomes relation recognition, exact rewrites, and a measured accounting of their total cost.", "short": "RRLS", "group": "Inference", "contribution": "Relational languages and verified rewrites test whether changing coordinates reduces a problem without losing its exact meaning. The general SAT proof gate stays explicit.", "measurement": "38,191 to 24,682 quotient states", "audit": { "asOf": "2026-10-15", "records": [ "ENG-003", "ENG-041", "ENG-042", "ENG-043" ], "next": [ "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.", "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.", "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.", "Keep finite certificates, complexity bounds, hard negative families and common benchmark resource accounting." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "drct", "title": "DRCT: black-box reconstruction & invented concepts", "area": "AI & inference", "version": "v1 → v21", "status": "Finite-domain reconstruction", "question": "What structure can an oracle reveal, and how can a learner invent reusable relation classes?", "build": [ "A progression from observable closure and blind reconstruction to interventions, exact module tomography, sensor synthesis, operator invention, and ontology induction.", "The v6 transformer experiment queries the complete declared domain of a five-token, four-position teacher.", "v21 removes the fixed morphism-class menu and learns anonymous concepts from generic degree predicates and finite combinatorial code length." ], "results": [ "The v6 lookup clone covers all 780 possible contexts, with zero maximum oracle-logit difference and zero argmax mismatches.", "A head-permuted teacher has different parameters but the same input/output function; this separates functional reconstruction from weight identifiability.", "v21 learns four concepts from 50 source worlds; its frozen ontology scores 500/500 unseen post-hoc types and rejects 200/200 novel structural controls.", "Across 50 Monte Carlo labs, the expected concept basis is recovered in all 50." ], "boundary": "The v6 clone is exhaustive on its small finite domain. v21 still assumes a primitive predicate language; neither result establishes arbitrary-scale model reconstruction or ontology from no prior structure.", "sources": [ { "label": "DRCT v6 · complete-domain record", "url": "archive/d4ca6f5515b8-README.md" }, { "label": "THEORY_V21.md", "url": "archive/519566f74c0d-THEORY_V21.md" }, { "label": "DRCT v21 · results", "url": "archive/drct_morphism_ontology_induction_v21-results.json" }, { "label": "drct_morphism_ontology_induction_v21.zip", "url": "archive/8e95cf5667dd-drct_morphism_ontology_induction_v21.zip" } ], "lab": null, "figure": null, "recordDates": [ "2026-08-23" ], "dateLabel": "Saved 23 Aug 2026", "dateKind": "Saved source window", "origin": "Black-box reconstruction separates functional equality from hidden-parameter identity. Small complete domains give a controlled reference for that distinction.", "short": "DRCT", "group": "Inference", "contribution": "An exact observable clone need not identify unique hidden parameters. Anonymous-concept tests then ask which internal descriptions transfer to unseen worlds.", "measurement": "780/780 contexts cloned" }, { "id": "rope", "title": "Rope Tomography & sequential validation", "area": "Dynamics", "version": "0.14.0", "status": "Synthetic system identification", "question": "Can causal delays and local responses be recovered from a boundary-driven wave?", "build": [ "A causal string model with local attachment response, multi-frequency fitting, withheld prediction, and source-calibration ambiguity controls.", "The lab evolves through intervention design and independently budgeted sequential adequacy tests.", "Later detectors distinguish conditional Gaussian, conditionally balanced-sign, and fixed Markov-sign assumptions." ], "results": [ "The original program includes three wave-equation grids, 72 noisy fits and 72 unmodelled-echo fits, with six withheld frequencies per fit.", "The Markov-sign release crosses on 39/5,000 declared 90%-persistence null histories and detects 4,629/5,000 97%-persistence alternatives.", "An independent replay reproduces 24,000,000 decisions; the 0.14.0 README records 110 passing tests." ], "boundary": "All lab observations are synthetic. A detector crossing supports a correction under its declared conditional null; it does not uniquely identify a physical mechanism.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/identifiability.html" }, { "label": "Universal_Cycle_Tomography.md", "url": "archive/128270b32cd4-Universal_Cycle_Tomography.md" }, { "label": "Rope Tomography Lab 0.14.0 · README (saved 20 Sep)", "url": "archive/rope-tomography-lab-rope-tomography-lab-README.md" } ], "lab": null, "figure": null, "recordDates": [ "2026-09-05" ], "dateLabel": "Saved 5 Sep 2026", "dateKind": "Saved source window", "origin": "The forward string model opens an inverse question: which causal delays can be identified from observations and withheld predictions?", "short": "Rope Tomography", "group": "Dynamics", "contribution": "The inverse problem asks what can be recovered from delayed signals. Held-out frequencies and sequential controls turn that question into bounded evidence for a declared model.", "measurement": "72 response fits · 24M replayed decisions", "audit": { "asOf": "2026-10-15", "records": [ "ENG-002" ], "next": [ "Bind a real reference-channel calibration and intervention controls; preserve non-identifiability and record covariance shared across channels." ] }, "brief": "research/identifiability.html" }, { "id": "hydrogen", "title": "Hydrogen Matrix Lab", "area": "Matter & chemistry", "version": "0.8.0", "status": "Quantum reference & hypothesis tests", "question": "Can projected rotor geometry reproduce a declared quantum reference, and which harmonics reach an observable?", "build": [ "A 129³ hydrogen 1s probability matrix and a 24 × 49³ time-indexed 1s + 2p_z density sequence.", "Independent density/current audits, a reduced-mass/Dirac spectroscopy ladder, golden-ratio controls, and an observable compiler.", "Separate touching-4D-rotor geometry is calibrated and tested against unseen quantum phases." ], "results": [ "The proposed rotor fails four of five preregistered gates; a four-component rescue improves held-out Hellinger error by only 0.34% and still fails five of six.", "Reduced mass removes 97.77% of the old centroid error. The reduced-mass Dirac comparison leaves a 3.303 ppm residual in the stated ladder.", "The exhaustive n ≤ 40 scan checks 303,809 distinct pairs among 780 ideal transitions; exact golden-gap ratios are excluded by the written rationality argument.", "The observable compiler carries density into conserved current, dipole, radiation, and operator-filtered harmonics." ], "boundary": "Quantum references use imported standard assumptions. Probability envelopes are not hard electron shells; a classical expectation dipole does not supply the whole spontaneous-photon channel.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/measurement.html" }, { "label": "/The Theory of Reality/Hydrogen Matrix Lab/README.md", "url": "archive/8f4bc9b887c3-README.md" }, { "label": "Hydrogen Matrix Lab · observable compiler", "url": "archive/hydrogen-matrix-lab-hydrogen-matrix-lab-RESULTS_0.8.md" }, { "label": "hydrogen-matrix-lab.zip", "url": "archive/6094e1c15325-hydrogen-matrix-lab.zip" } ], "lab": "atoms", "figure": "archive/2bd98d766cc8-hydrogen_1s_preview.png", "recordDates": [ "2026-09-20" ], "dateLabel": "Saved 20 Sep 2026", "dateKind": "Saved source window", "origin": "Hydrogen supplies an explicit reference against which projected rotor hypotheses and observable constructions can fail or improve.", "short": "Hydrogen Matrix", "group": "Matter & light", "contribution": "Density, current, and spectral observables are compiled from a declared atomic state. Failed rotor gates expose which geometric descriptions do not recover the quantum reference.", "measurement": "129³ density · 24 time slices", "audit": { "asOf": "2026-10-15", "records": [ "ENG-004" ], "next": [ "Add spectral line-spread, exposure and polarization response; reserve independently sourced transition/intensity targets with covariance." ] }, "brief": "research/measurement.html" }, { "id": "elements", "title": "Element Projection & crystal interference", "area": "Matter & chemistry", "version": "0.16.0", "status": "Reference-backed numerical models", "question": "What atom, crystal, and optical geometry can be built from explicit, sourced inputs?", "build": [ "All 118 identities, 92 crystal phase records, 30 sourced optical datasets, and browser observers for atoms, local faces, primitive cells, and finite specimens.", "Reciprocal lattices, geometry-only structure factors, powder shells, finite-crystal sums, and explicit homometric ambiguity controls.", "Density level sets and wave-defined crossing surfaces, with reference geometry kept separate from display constructions." ], "results": [ "The diffraction release computes 56,656 reciprocal points, 4,766 numerically suppressed points, and 5,962 powder shells.", "An independent NIST SRM640g geometry check reproduces eleven tabulated computed angles to within 0.000435607°.", "Two different point arrangements have exactly identical intensity for every real q within the equal-scatterer model." ], "boundary": "These are point-scatterer geometry weights. The NIST angle check concerns tabulated computed values, not eleven independent measured peaks. Growth habits and multielectron densities have separate approximation limits.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/measurement.html" }, { "label": "Atom_Crystal_Observer_Method.md", "url": "archive/c60f72e23a0b-Atom_Crystal_Observer_Method.md" }, { "label": "/The Theory of Reality/Element Projection Lab/RESULTS_0.15.md", "url": "archive/a00a6dab1f40-RESULTS_0.15.md" }, { "label": "element-projection-lab.zip", "url": "archive/bb9b23d8100b-element-projection-lab.zip" } ], "lab": "crystals", "figure": "archive/8288069653e6-diffraction_validation.png", "recordDates": [ "2026-09-21" ], "dateLabel": "Saved 21 Sep 2026", "dateKind": "Saved source window", "origin": "Reference density and geometry lead into the Atom & Crystal Observer. Structure factors connect declared basis sites to diffraction.", "short": "Elements & crystals", "group": "Matter & light", "contribution": "Atomic references become finite specimens and interference observables. Exact intensity ambiguities test how much structure a particular observer can actually identify.", "measurement": "56,656 reciprocal points · 92 phases", "audit": { "asOf": "2026-10-15", "records": [ "ENG-005" ], "next": [ "Add wavelength-response/illuminant calibration, material temperature and uncertainty; predict reserved reflectance or diffraction frames rather than just an RGB rendering." ] }, "brief": "research/measurement.html" }, { "id": "matter", "title": "Matter Harmony & observer banks", "area": "Matter & chemistry", "version": "1.5.0", "status": "Synthetic & published-data comparisons", "question": "Which molecular, spectral, and observation coordinates are needed to distinguish physical behaviour?", "build": [ "Same-formula isomer comparisons, projected 5D motion, water vibration/relaxation, sun–water–eye views, and acoustic droplet observables.", "Observer-rank, exposure, phase, and generator-gauge controls; hydrogen transitions and isotope-shift holdouts.", "A growing claim ledger retains both supported bounded statements and explicit representation collisions." ], "results": [ "The supplied-matrix classifier recovers four generator families in 512/512 randomized cases, with maximum frequency error 1.11e−15.", "A two-frequency linear 5D observer cannot reproduce four distinct Balmer features; exposure changes visibility, not frequency support.", "The frozen isotope operator predicts −201.996425 Hz on the separate 2S–8S target, moving the central prediction slightly farther from its measurement.", "Its holdout contrast is only 0.019484 combined standard deviations; the record preserves unresolved ambiguity." ], "boundary": "Synthetic higher-dimensional coordinates are mathematical states. The isotope check uses historical published inputs; it supplies neither a new measurement nor confirmation of an extra physical dimension.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/measurement.html" }, { "label": "Matter_Harmony_Claim_Ledger.md", "url": "archive/4286df93f3ee-Matter_Harmony_Claim_Ledger.md" }, { "label": "Matter Harmony 1.5 · isotope holdout", "url": "archive/matter-harmony-lab-1.5.0-matter-harmony-lab-RESULTS_1.5.md" } ], "lab": null, "figure": "archive/ad9a90c30e87-harmony_observer_diagnostic.png", "recordDates": [ "2026-09-20" ], "dateLabel": "Saved 20 Sep 2026", "dateKind": "Saved source window", "origin": "The observer question extends to molecules, spectra, exposure, and examples where different hidden states share an observation.", "short": "Matter Harmony", "group": "Matter & light", "contribution": "A hidden state can be classified while its physical interpretation remains ambiguous. Observer banks and holdouts distinguish representation success from a new physical measurement.", "measurement": "512/512 classifier cases", "audit": { "asOf": "2026-10-15", "records": [ "ENG-008" ], "next": [ "Preserve the holdout with no claimed improvement; audit shared theory/experimental covariance and reserve a new transition before changing the operator." ] }, "brief": "research/measurement.html" }, { "id": "gauge", "title": "Fixed Grid String & coupled gauge–matter", "area": "Dynamics", "version": "0.22.0", "status": "Conditional mathematics & numerical audits", "question": "Can the field and matter respond to one another while the declared conservation laws remain checkable?", "build": [ "A progression from oscillator and hydrogen foundations to prescribed gauge fields, a self-consistent 1D ring, and a 2D U(1) plaquette model.", "Three-grid checks, manufactured forcing, longer unforced trajectories, and smooth-versus-cusp counterexamples.", "Dispersion, sampled-continuum, mirror-shadow, optical-tail, and paired-reference identifiability audits." ], "results": [ "15 October update: Fixed Grid 0.25.0 is an explicitly new reconstruction that passes 167 tests. The original damaged 0.24 archive has not been restored, and five older files remain lost.", "The 2D plaquette release records 142 passing tests and an independent final-state agreement within 1.76e−13.", "Removing matter-current feedback breaks Gauss and energy accounting; removing magnetic feedback can break energy while retaining Gauss.", "The corrected evolving three-grid example gives finite comparison ratios 3.8156–4.1557 for its short-time smooth case.", "The current optical-reference counterexample separates what is measured from what can be assigned to material response." ], "boundary": "Finite synthetic gauge models and convergence examples retain their scope. They do not establish a fundamental lattice, general continuum convergence, or QED.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "Fixed Grid String Lab 0.22.0 · README (saved 26 Sep)", "url": "archive/fixed-grid-string-lab-fixed-grid-string-lab-README.md" }, { "label": "fixed-grid-string-lab.zip", "url": "archive/f247ee0ef717-fixed-grid-string-lab.zip" } ], "lab": null, "figure": null, "recordDates": [ "2026-09-26" ], "dateLabel": "Saved 26 Sep 2026", "dateKind": "Saved source window", "origin": "Interaction moves inside the evolution rule. Field and matter feedback are tested through conservation and independent numerical audits.", "short": "Gauge–matter grid", "group": "Dynamics", "contribution": "Coupled matter and field dynamics make interaction part of the state evolution. Conservation and feedback controls test the equations instead of relying on the rendered image.", "measurement": "142 checks · independent numerical audit", "audit": { "asOf": "2026-10-15", "records": [ "ENG-006" ], "next": [ "Current 0.25.0 reconstruction is runnable and tested. Preserve original-byte losses; independently bind physical units/coupling, calibrate apparatus and reserve new measurements." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "optics", "title": "Spectral renderer & Maxwell solver", "area": "Light & rendering", "version": "Studio 0.3", "status": "Discrete physics demonstration", "question": "How does a physical spectral state become an observer response and then a displayed image?", "build": [ "A three-layer spectral engine: physical spectrum, CIE 1931 observer response, and display output.", "Direct-light spectral ray tracing, coherent equal-wavelength interference, objects and shadows.", "A live 224 × 144 TMz/TEz Yee-grid solver and a separate six-vector-component 72 × 96 × 24 Maxwell run." ], "results": [ "The earlier spectral validation records 23/23 tests, 471 CIE samples, and matrix reconstruction below 2e−14 relative error.", "The Maxwell build records 27 checks plus slit/polarization browser-engine checks.", "At 1,100 2D steps, closed/single/double-slit detector sums are 0 / 0.0465 / 0.1405 in relative units.", "The saved 620-step 3D result reaches a nonzero detector with several interference lobes." ], "boundary": "The absorbing boundary is a lossy sponge, not PML. Discrete-grid checks establish the demonstration; continuous convergence and calibrated experimental agreement are separate targets.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/aharonov-bohm.html" }, { "label": "MAXWELL_VALIDATION.md", "url": "archive/c300050706ec-MAXWELL_VALIDATION.md" }, { "label": "SPECTRAL_VALIDATION.md", "url": "archive/ed0171b0bc6a-SPECTRAL_VALIDATION.md" }, { "label": "Rotor_Spectral_Studio_v0.3.zip", "url": "archive/239b698fe6ef-Rotor_Spectral_Studio_v0.3.zip" } ], "lab": "maxwell", "figure": "archive/51e79cefb5c4-maxwell3d_diffraction.png", "recordDates": [ "2026-09-26", "2026-09-27" ], "dateLabel": "Saved 26–27 Sep 2026", "dateKind": "Saved source window", "origin": "The sun–water–eye work separates physical spectrum, observer response, and display. The Maxwell lab evolves fields before reading a detector.", "short": "Spectral & Maxwell", "group": "Matter & light", "contribution": "The visible image is the last map in a field-to-detector pipeline. The spectral renderer and Maxwell grids keep the propagating state and the observer response separate.", "measurement": "Six field components · 620 3D steps", "audit": { "asOf": "2026-10-15", "records": [ "ENG-007", "ENG-039", "ENG-046", "ENG-050" ], "next": [ "Keep inspected frames as development data; specify an open-propagation microscope baseline and reserve fresh frames before fitting it.", "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.", "Add finite source/detector transfer and material/geometry uncertainty; predict independently measured scattering while keeping discretization error separate from absorption.", "Measure response matrix, pose and phase calibration, bound unmodelled modes, then predict reserved motion/vector observations." ] }, "brief": "research/aharonov-bohm.html" }, { "id": "filaments", "title": "String & Hair mechanics", "area": "Dynamics", "version": "3D lab + RRLS v27", "status": "Interactive mechanical model", "question": "How do delayed excitation, stretch, twist, contact, and end forces shape attached strands?", "build": [ "An orbitable 3D strand lab with linked fixed-rest-length segments, travelling anchor waves, paired motors, damping, bending, and contact.", "Endpoint reach/rest-length readouts, paths, neighbouring histories, and contact displays.", "The RRLS dimensional work also formalizes modular recurrence, event skipping, curvature/torsion, and analytic captured-strand mechanics." ], "results": [ "The exact integer collision solver is compared with tick enumeration on 1,080 cases; rational and signed-start variants each record 500 cases.", "A collision schedule can be computed by gcd reduction and generalized CRT without generating intermediate ticks.", "The later source audit corrects period scaling, a stale capture time, an overdamped branch, and a cancellation-prone formula." ], "boundary": "The browser model is discrete and uses arbitrary units. Contact penalties and open-ended braids are not a proof of continuously enforced no-crossing or permanent knots.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/aharonov-bohm.html" }, { "label": "RRLS_v27_DIMENSIONAL_FUTURE_REPORT.md", "url": "archive/4d0f85755df4-RRLS_v27_DIMENSIONAL_FUTURE_REPORT.md" }, { "label": "RRLS_v27_SOURCE_AUDIT.md", "url": "archive/8cae97ff1389-RRLS_v27_SOURCE_AUDIT.md" }, { "label": "string-hair-3d-lab.html", "url": "archive/92fee4c0df6c-string-hair-3d-lab.html" } ], "lab": "string", "figure": null, "recordDates": [ "2026-09-06", "2026-09-27" ], "dateLabel": "Saved 6–27 Sep 2026", "dateKind": "Saved source window", "origin": "The rope-and-hair idea becomes boundary-driven motion, finite propagation speed, delayed response, and sampled contact.", "short": "String & Hair", "group": "Dynamics", "contribution": "A boundary excitation, propagation speed, and collision history give the programme a concrete forward model for time, phase, and delayed response.", "measurement": "Travelling waves · collision schedules", "audit": { "asOf": "2026-10-15", "records": [ "ENG-006" ], "next": [ "Current 0.25.0 reconstruction is runnable and tested. Preserve original-byte losses; independently bind physical units/coupling, calibrate apparatus and reserve new measurements." ] }, "brief": "research/aharonov-bohm.html" }, { "id": "fluids", "title": "Water, dye, light & fields", "area": "Light & rendering", "version": "3D + time lab", "status": "Interactive transport model", "question": "Which visible structures come from fluid motion, diffusion, and prescribed electromagnetic forces?", "build": [ "A 20³ staggered 3D incompressible grid and an 80 × 120 2D section with pressure projection.", "Conservative slope-limited dye transport, viscosity, Boussinesq density force, quasi-static J×B, and a diamagnetic gradient force.", "A 3D observer, field readouts, spacetime history, and impact-scale Reynolds/Weber/Ohnesorge/Schmidt calculations." ], "results": [ "The model retains D = 4.0e−10 m²/s as a Rhodamine 6G diffusion proxy.", "At its displayed scale, molecular diffusion alone travels about 0.09 mm in ten seconds; visible curling mainly comes from moving water.", "Field/history panels make the (ct,x,y,z) event and six independent field-tensor components explicit." ], "boundary": "The free surface is flat; impact retention and the initial ring are uncalibrated closures. It does not solve induced magnetic fields, molecular H₂O, or unresolved turbulence.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "water-dye-light-lab.html", "url": "archive/aa952be50c08-water-dye-light-lab.html" } ], "lab": "water", "figure": "archive/65d5d23255d9-sun_water_eye_snapshot.png", "recordDates": [ "2026-09-27" ], "dateLabel": "Saved 27 Sep 2026", "dateKind": "Saved source window", "origin": "Water separates the medium, a transported signal, and its visible image. The dye grid makes conservation inspectable.", "short": "Water & fields", "group": "Dynamics", "contribution": "The dye lab separates the motion of the medium, transport of a signal, and the fields acting on it. That separation matters when an observer sees only the final pattern.", "measurement": "20³ flow grid · conservative transport", "audit": { "asOf": "2026-10-15", "records": [ "ENG-056" ], "next": [ "Expose units/approximation scope; a rendered visual match must not substitute for a calibrated radiance/camera prediction." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "chess", "title": "Dimensional Chess: C1 through C8", "area": "Computation", "version": "C1–C8 + R1", "status": "Exact finite & bounded proofs", "question": "Which symmetries and future-preserving abstractions actually reduce the cost of a proof?", "build": [ "An exact KRK graph solver, symmetry quotient, retrograde fixed point, independent certificate checker, and deliberate semantic-tamper test.", "Full-rule state lifting, horizon-safe projection, tension and exchange-dependency fields, and movement-frequency move ordering.", "Initial-position bounded forced-mate predicates with independent lexical checks." ], "results": [ "C1 solves all 399,112 legal states in its declared KRK universe, reducing them to 50,015 symmetry classes; the maximum forced mate is 32 plies.", "All 400,120 symmetry-transition comparisons and the independent Bellman/policy audit pass.", "C8 reduces the nine-ply White proof from 575.877 to 375.703 seconds (34.76%); including its 31.087-second training cost, the reduction is 29.36%.", "Both C7 and C8 return the same no-forced-mate-within-nine-plies predicate." ], "boundary": "The KRK result solves its explicitly defined universe without FIDE history clocks. The initial full-chess game value is not solved; C8 changes ordering, not the game theorem.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "Dimensional_Chess_Experiment.md", "url": "archive/6875140b9128-Dimensional_Chess_Experiment.md" }, { "label": "Dimensional_Chess_Movement_Frequency_C8.md", "url": "archive/709ba3d90a0c-Dimensional_Chess_Movement_Frequency_C8.md" }, { "label": "Dimensional_Chess_Horizon_Projection_C7.md", "url": "archive/bc77a3eb88d2-Dimensional_Chess_Horizon_Projection_C7.md" } ], "lab": null, "figure": null, "recordDates": [ "2026-09-15" ], "dateLabel": "Saved 15 Sep 2026", "dateKind": "Saved source window", "origin": "The relation-and-representation programme gains a finite ground truth: solved endgame states and bounded certificates, alongside tests that resist full-chess shortcuts.", "short": "Dimensional Chess", "group": "Inference", "contribution": "A closed game universe supplies an exact reference. Later ordering improvements can be measured against the same bounded proof predicate, so speed and theorem remain distinct.", "measurement": "399,112 legal KRK states solved", "audit": { "asOf": "2026-10-15", "records": [ "ENG-016", "ENG-017", "ENG-018", "ENG-019", "ENG-020", "ENG-021", "ENG-022", "ENG-023" ], "next": [ "Keep the exact rule universe and independent certificate; any speed claim needs matched hardware, repeated timing and held-out positions.", "Bind rule/history semantics and exact certificates; separate search counts from runtime uncertainty.", "Recheck every pruning claim with an independent exhaustive oracle on reserved small positions.", "Never replace legal minimax conditions with a visual wave score; use fresh oracle positions and account for proof cost.", "Keep ordering separate from pruning; test frozen ordering against matched baseline on new positions.", "Freeze corpus, rule history and timing environment; score independent certificates and end-to-end resource cost.", "Report horizon and unresolved intervals; reserve larger/deeper fixtures and repeat controlled timings.", "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." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "shapes", "title": "Geometric products & inverse operators", "area": "Geometry", "version": "24-shape atlas", "status": "Finite geometry & exact checks", "question": "What happens when planar regions are multiplied, transformed, projected, and inverted?", "build": [ "A declared Cartesian-product operation on 24 planar shapes, with a projected 4D boundary viewer.", "576 ordered products, 300 unordered pairs, a full pair-analysis table, and convex-product volume checks.", "Separate matrix rotor, spectral consistency, parallel-line, and shift/inverse audits retain what each transformation preserves." ], "results": [ "The atlas checks 256 convex polygon pairs; maximum relative 4D volume error is 1.5543e−15.", "A 2D×2D Cartesian product has four independent coordinates; the 3D display is its chosen projection.", "The spectral matrix engine reconstructs the full benchmark matrices below 2e−14 relative error." ], "boundary": "“Multiplication of shapes” depends on the stated operation. Cartesian products, Minkowski sums, sweeps, and pointwise multiplication cannot be interchanged.", "sources": [ { "label": "Shape Products Atlas · README", "url": "archive/shape-products-atlas-shape-products-README.md" }, { "label": "shape-products-atlas.zip", "url": "archive/e759ab681f2a-shape-products-atlas.zip" }, { "label": "SPECTRAL_VALIDATION.md", "url": "archive/ed0171b0bc6a-SPECTRAL_VALIDATION.md" } ], "lab": "shapes", "figure": null, "recordDates": [ "2026-09-05", "2026-09-26" ], "dateLabel": "Saved 5–26 Sep 2026", "dateKind": "Saved source window", "origin": "The coordinate question becomes explicit geometry. Two planar regions form a 4D Cartesian product; the displayed object is a chosen projection.", "short": "Shape products", "group": "Foundation", "contribution": "A projected image depends on its coordinate map. The product atlas makes that distinction explicit before the same question is asked of atoms or hidden model states.", "measurement": "24 shapes · 576 ordered products" }, { "id": "prng-markets", "title": "PRNG tomography & market interpreters", "area": "AI & inference", "version": "PRNG v4 · market v5–16", "status": "Generator tests & historical holdouts", "question": "Which apparent randomness is recoverable inside a declared model family, and which predictions transfer to unseen data?", "build": [ "Finite-field affine/quadratic recurrence inference, LFSR/linear-complexity recovery, and prefix-to-untouched-suffix tests.", "Market-state, path, residual, multiscale, amplitude-first, and confidence-subspace interpreters.", "The v16 market check freezes v15 settings across six non-overlapping 1,000-hour forward blocks with prior-only training." ], "results": [ "The v15 candle-range model records a 29.884% relative MAE gain against its stated baseline; amplitude conditioning leaves direction accuracy unchanged.", "v16 scores 6,000 historical test hours at 52.367% aggregate direction accuracy, with a reported moving-block 95% interval of 51.0–53.533%.", "The highest-confidence subsets do not transfer reliably: q90 and q95 exceed 50% in only two of six blocks." ], "boundary": "PRNG recovery is conditional on a restricted generator class. Historical prediction scores do not establish a live trading edge or unrestricted prediction of random sources.", "sources": [ { "label": "PRNG Tomography v4 · theory", "url": "archive/dimensional_prng_tomography_v4-THEORY.md" }, { "label": "Amplitude-first v15 · results", "url": "archive/amplitude_first_market_interpreter_v15-results.json" }, { "label": "Predictability v16 · results", "url": "archive/predictability_subspace_interpreter_v16-results.json" } ], "lab": null, "figure": null, "recordDates": [], "dateLabel": "Undated release · PRNG v4 · market v5–16", "dateKind": "Undated saved release", "origin": "Prediction is confronted with untouched generator sequences and historical holdouts. The connection to RRLS is testing a learned relation beyond its fit.", "short": "PRNG & markets", "group": "Inference", "contribution": "Generator recovery and market prediction test what a learned relation retains outside its fitting data. Restricted classes and held-out blocks define the reach of the claim.", "measurement": "6,000 historical holdout hours" }, { "id": "semantic", "title": "Grounded Wave Semantic Network & NumPy LLM work", "area": "AI & inference", "version": "GWSN 0.1 · model work", "status": "Proposal + reported model results", "question": "Can explicit semantic structure be encoded as waves, transformed under constraints, and rendered into different languages?", "build": [ "A six-module architecture: normalizer, canonicalizer/registry, wave encoder, neural wave core, typed verifier, and language renderer.", "A finite Fourier byte codec with exact recoverability and a conditional invariance theorem for certified operators.", "A separate NumPy language-model workstream targeting GPT-2 small and Qwen3 32B, with tensor/logit/token equivalence discussed." ], "results": [ "The bounded canonical serializer is injectively encoded as Fourier coefficients, with a stated exact inverse.", "Identical accepted semantic states and certified identical operations yield identical accepted states under the theorem’s premises.", "Anthony’s project discussions report 96/96 GPT-2 token agreement and exact comparisons covering 4,846,488 intermediate elements, alongside claimed bitwise Qwen3 reproduction." ], "boundary": "GWSN 0.1 reports no implementation, training run, or benchmark. The saved archive does not contain the standalone GPT-2/Qwen implementation or weights; those reproduction results are identified here as reported.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "Grounded Wave Semantic Network · theorem v0.1", "url": "archive/grounded-wave-semantic-network-v0.1.md" } ], "lab": null, "figure": null, "recordDates": [ "2026-09-30" ], "dateLabel": "Saved 30 Sep 2026", "dateKind": "Saved source window", "origin": "After equality comes meaning: GWSN proposes canonical semantic states and certified operations. It remains a separate architecture proposal.", "short": "Grounded Wave Network", "group": "Learning & meaning", "contribution": "The architecture proposes a canonical semantic state, certified transformations, and an exact representation. It asks how to carry meaning beyond output equality; implementation remains open.", "measurement": "Six-module proposal · finite codec", "audit": { "asOf": "2026-10-15", "records": [ "ENG-045" ], "next": [ "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." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "gpt2", "title": "GPT-2: quantisation & the LayerNorm gauge", "area": "Published model recovery", "version": "Revised 28 Sep 2026", "status": "Published preprint", "question": "When the same observable output hides different weights, what extra constraint identifies the stored model?", "build": [ "A published NumPy method separates gauge-free maps, LayerNorm-fed maps, and embedding tables.", "Internal activation pairs feed least-squares recovery; float32 lattice constraints and the tied readout address distinct gauge obstructions.", "The public gauge-break repository contains the method, runnable code, and run records." ], "results": [ "The preprint reports all 124,439,808 GPT-2 small parameters recovered bit for bit, with an assembled SHA-256 matching the public checkpoint.", "Its eight-column enumeration tests 107,214,677 candidates, finding eight survivors and 6,152/6,152 matching coordinates.", "Two runs on x86-64 Windows and ARM64 Linux take different precision paths and recover identical bits.", "The shuffled-activation controls report zero bit matches for the stated maps." ], "boundary": "A published, unreviewed preprint using internal activation instrumentation. Public-checkpoint byte equality leaves the copying objection open; a hidden target or independent reproduction is the next distinguishing test. The lattice uniqueness statistic is conditional on the stated rounding null.", "sources": [ { "url": "https://www.d0re.com/paper", "label": "Published preprint · method, controls & scope" }, { "url": "https://github.com/sendmefather/gauge-break", "label": "gauge-break · public source" }, { "url": "https://github.com/sendmefather/gauge-break/tree/main/records", "label": "Published run records" } ], "lab": null, "figure": null, "brief": "paper.html", "reported": [ "Earlier discussions report a NumPy GPT-2 copy with 96/96 matching tokens and comparisons of 4,846,488 intermediate elements, alongside claimed bitwise Qwen3 32B reproduction.", "The published GPT-2 preprint and code above provide a separate, accessible method and record. The standalone Qwen implementation and weights are outside the saved research snapshot." ], "recordDates": [], "dateLabel": "Revised 28 Sep 2026", "dateKind": "Dated project report", "origin": "The hidden-model question is revisited with internal activation access and float32 constraints. This is a different observation contract from an output-only oracle.", "short": "GPT-2 gauge break", "group": "Inference", "contribution": "The published preprint places the observer boundary at LayerNorm: equal outputs hide a continuous family in real arithmetic, while stored precision and additional observations constrain recovery.", "measurement": "124,439,808 parameters · published report" }, { "id": "d0fs", "title": "d0fs: versioned agent memory", "area": "Engineering", "version": "27–28 Sep 2026", "status": "Local hooks in daily use", "question": "How can an agent resume work with the earlier state, its supporting evidence, and its changes still visible?", "build": [ "Versioned file and task records, an event log, and configured context hooks for coding agents.", "An optional 14-tool MCP server: eight memory/version tools, five task tools, and one session-pairing tool.", "Related private projects include prism, which grades memory support, and d0hub, which retains overwritten Git versions and requires receipts for history changes." ], "results": [ "The public project page records 23/23 matching local/service hook cases in an isolated parity test.", "Three quiet-host runs on a copy of the real memory volume cover eight sessions at one tool call per second each: zero errors and zero calls over the two-second budget.", "A 17-check path-safety suite refuses the tested symlink and hard-link edits and preserves permissions." ], "boundary": "Daily local hooks; the shared service remains in test. Some shell writes are observed after they happen. The separate audit ledger is test code without an external witness, and the source and installer remain private. Engineering status retains the dated September source snapshot. This October research edition adds no new operational validation of this product.", "sources": [ { "url": "https://www.d0re.com/d0fs", "label": "d0fs · working model & development tests" } ], "lab": null, "figure": null, "brief": "d0fs.html", "recordDates": [], "dateLabel": "27–28 Sep 2026", "dateKind": "Dated project report", "origin": "The research habit of keeping the state and its evidence becomes versioned agent memory. This is an engineering application of a shared principle.", "short": "d0fs", "group": "Working systems", "contribution": "Versioned memory carries the earlier state and supporting record into the next agent session. Its connection to the theory is the shared principle of preserving observable evidence.", "measurement": "23/23 hook parity cases" }, { "id": "d0os", "title": "d0 OS: a traceable working environment", "area": "Engineering", "version": "26–27 Sep 2026", "status": "Desktop in daily use", "question": "How can the machine running the experiments keep its own state and identity inspectable?", "build": [ "An independently developed NixOS/GNOME desktop with the d0 interface, signed boot, and hourly local file snapshots.", "Updates can apply without reboot when the kernel is unchanged; kernel changes use a supervised reboot.", "The Home edition, Windows file routing, and App Installer are in test. D0 for Windows remains a design." ], "results": [ "The public page records enforcing Secure Boot and signed current boot images on Anthony’s laptop from 26 September 2026.", "The Home installer boots under UEFI, installs offline, and reaches first-run setup in the stated 27 September VM test.", "29 Windows extensions across 23 file types have handlers in the tested routing. Selected Windows applications opened in real-download tests." ], "boundary": "One daily-use laptop and declared VM tests. Hourly snapshots share the same disk. There is no public release or evidence of general hardware or Windows compatibility. Engineering status retains the dated September source snapshot. This October research edition adds no new operational validation of this product.", "sources": [ { "url": "https://www.d0re.com/d0os/2026-09", "label": "d0 OS · desktop, editions & compatibility" } ], "lab": null, "figure": null, "brief": "d0os.html", "recordDates": [], "dateLabel": "26–27 Sep 2026", "dateKind": "Dated project report", "origin": "Memory and the Console enter the operating environment. Identity, signed boot, local snapshots, and recovery become working system concerns.", "short": "d0 OS", "group": "Working systems", "contribution": "An inspectable environment puts identity, state change, and recovery into use on the machine running the work. This is an engineering connection to the programme’s principles.", "measurement": "Enforcing signed boot · daily desktop" }, { "id": "console", "title": "D0 Console: the agent workspace", "area": "Engineering", "version": "27 Sep 2026", "status": "Core in daily use", "question": "How can sessions, tasks, and decisions remain connected when an agent’s work is resumed?", "build": [ "A desktop workspace for reopening AI coding sessions, grouping agents, and managing tasks and decisions.", "d0fs supplies the neighbouring memory layer; an optional GitHub connection is working in test." ], "results": [ "The 27 September 2026 d0re home page recorded 61 + 28 passing checks in the history and resume suites.", "The core Console runs in daily internal use; GitHub integration tests used a local repository and a simulated API." ], "boundary": "Internal daily use and declared test fixtures. No real GitHub account was connected in those integration tests; this is not a customer release. Engineering status retains the dated September source snapshot. This October research edition adds no new operational validation of this product.", "sources": [ { "url": "https://www.d0re.com/d0os/2026-09#console", "label": "D0 Console · workspace & test scope" } ], "lab": null, "figure": null, "brief": "d0os/2026-09#console", "recordDates": [], "dateLabel": "27 Sep 2026", "dateKind": "Dated project report", "origin": "d0fs supplies a neighbouring memory layer; the Console makes sessions, tasks, and decisions navigable in a daily workspace.", "short": "D0 Console", "group": "Working systems", "contribution": "Tasks, sessions, and decisions become a navigable record. The workspace gives the evidence-retention question a daily engineering setting beside d0fs.", "measurement": "61 + 28 history/resume checks" }, { "id": "remote", "title": "D0 Remote Desktop: observer latency", "area": "Engineering", "version": "27 Sep 2026", "status": "In daily use", "question": "When state is observed across a connection, how much delay is introduced and whose machine is being observed?", "build": [ "Saved and discovered computers in one client, with TLS and remembered certificate identities.", "Changed identities require the server’s authorization. A session password is obtained for one connection and not written to disk." ], "results": [ "The published bench records about 51 ms key-press-to-screen latency at 1920 × 1080 on a 6-vCPU server without a GPU.", "The same moving-content test reports 47 screen updates per second at 1920 × 1080 and 61 at 1600 × 900 and below; an idle screen sends nothing.", "30/30 identity and connection UI checks pass in the stated VM test." ], "boundary": "A dated development bench under its stated conditions, not a universal network or display latency. The wider server is still alpha. Engineering status retains the dated September source snapshot. This October research edition adds no new operational validation of this product.", "sources": [ { "url": "https://www.d0re.com/d0os/2026-09#remote", "label": "Remote Desktop · latency, identity & test conditions" } ], "lab": null, "figure": null, "brief": "d0os/2026-09#remote", "recordDates": [], "dateLabel": "27 Sep 2026", "dateKind": "Dated project report", "origin": "The desktop/server family gains a remote observer. Endpoint identity and key-to-screen delay become measurable engineering questions.", "short": "D0 Remote Desktop", "group": "Working systems", "contribution": "Remote access is an engineering observer with a measurable transport delay and a checked endpoint identity. Its bench gives the observer question a practical, declared instrument.", "measurement": "≈51 ms in the dated 1080p bench" }, { "id": "server", "title": "d0 OS Server: operational evidence", "area": "Engineering", "version": "27 Sep 2026", "status": "Alpha on a test server", "question": "How can accounts, device state, and service health be observed and acted on with an inspectable record?", "build": [ "D0 Server Manager coordinates accounts, enrolled devices, software inventory, certificates, and health checks.", "The health monitor checks the test server each minute, with alert states that can wait, fire, and clear." ], "results": [ "The 27 September 2026 d0re home page recorded 46 health-monitor rules, counted from source.", "Account sign-in operates on the alpha server; the private certificate authority and monitoring remain in test." ], "boundary": "One alpha test server. The private CA requires trusting its root and does not issue public web certificates. No production or customer deployment is claimed. Engineering status retains the dated September source snapshot. This October research edition adds no new operational validation of this product.", "sources": [ { "url": "https://www.d0re.com/d0os/2026-09#server", "label": "d0 OS Server · accounts, devices & health" } ], "lab": null, "figure": null, "brief": "d0os/2026-09#server", "recordDates": [], "dateLabel": "27 Sep 2026", "dateKind": "Dated project report", "origin": "The d0 OS family extends into an alpha server: accounts, inventory, certificates, and observed health have explicit operational scope.", "short": "d0 OS Server", "group": "Working systems", "contribution": "Inventory, identity, and health readings turn changing machine states into operational evidence. The stated alpha scope fixes which environment those readings describe.", "measurement": "46 health rules · alpha server" }, { "id": "octave", "title": "POWM / Octave: eight learning observers", "short": "Octave", "area": "Learning & meaning", "version": "Design 30 Sep · benchmark saved 1 Oct 2026", "status": "Trained recurrent prototype", "dateLabel": "30 Sep – 1 Oct 2026", "dateKind": "Design date / saved benchmark", "recordDates": [ "2026-09-30", "2026-10-01" ], "group": "Learning & meaning", "origin": "The wave/observer programme motivates eight communicating temporal slots, fast and slow state, prediction, and memory. The number eight is an experimental hypothesis; the benchmark tests a small recurrent prototype, not the scaled world-model proposal.", "question": "Can communicating temporal observers learn prediction while keeping ambiguity and the cost of learning visible?", "contribution": "Turns an observer architecture into a trainable prototype and a fixed-budget school with held-out periods, masked sensors and complete-forecast scoring.", "measurement": "53,200 parameters · three training seeds", "build": [ "Eight recurrent observer identities, learned routing, fast/slow state, communication and workspace feedback.", "A NumPy training school compares equal data/update budgets with a separately sized dense baseline.", "Causal masking, gradient checks, streaming continuity and checkpoint continuation retain the inference contract." ], "results": [ "Held-out Level 2 A+B bit accuracy: 92.70% recurrent versus 84.16% dense; complete forecasts: 9.90% versus 4.23%.", "Dense performs better on trained-band bit forecasts, and on exact Level 1 forecasts in its Level 1-only branch.", "Level 2 changes held-out Level 1 bit accuracy by +1.66 percentage points on average; exact transfer is inconsistent across three seeds.", "All six broader-school recurrent final checkpoints score 0/8 exact basic-pulse forecasts; basic-pattern coverage still needs work.", "Compute: the recurrent experiment took 800.82 seconds and the dense baseline 2.51 seconds on the same NumPy runtime, including final evaluation; this is not a pure training-throughput comparison." ], "boundary": "Preliminary fixed-budget NumPy experiment. Data/update budgets are matched, compute and parameter counts are not. Eight-observer superiority, frontier capability, physical-phase alignment and reliable exact transfer remain unestablished.", "sources": [ { "label": "Current 15 October audit and next test", "url": "research/state-of-the-theory.html" }, { "label": "Octave · full design review", "url": "journey/sources/octave-design-review.txt" }, { "label": "Octave · school benchmark and limits", "url": "journey/sources/octave-school-benchmark.txt" } ], "audit": { "asOf": "2026-10-15", "records": [ "ENG-044" ], "next": [ "Evaluate neural weights separately from engineered solvers; use equal observation/tick budgets, untouched generators, seed variation and training-inclusive compute." ] }, "brief": "research/state-of-the-theory.html" }, { "id": "ab", "title": "Aharonov–Bohm observer audit", "short": "Aharonov–Bohm observer audit", "area": "Research continuation", "version": "Research edition 02 / 15 Oct 2026", "status": "Finite topology and continuum checks; retained failures", "dateLabel": "11–15 Oct 2026", "dateKind": "Dated reports / current source review", "recordDates": [ "2026-10-11", "2026-10-15" ], "group": "Current investigations", "origin": "The Aharonov–Bohm effect gave the observer framework a sharp test: local field samples do not exhaust a quantum preparation on a region with a hole.", "question": "Where the field ends, the loop remains.", "contribution": "Imported ordinary-space quantum holonomy is needed in the observer contract. The first spatial gate fails, and a separately frozen deeper follow-up passes its minimum. The published lens sign correction is reproduced; the radial-dilation image estimator is inadequate.", "measurement": "Established physics · finite numerical audit", "build": [ "In the magnetic Aharonov–Bohm idealization, a charged wave can travel through a region where the accessible magnetic field vanishes while paths enclose excluded magnetic flux. The relative phase is fixed by the flux. Gauge-invariant holonomy records this information around a noncontractible loop. The phase depends on the charge convention; observable interference is gauge invariant." ], "results": [ "The punctured-grid benchmark has 72 vertices, 120 links and 48 independent faces, leaving one hole and one independent loop phase. At its specified time, zero flux and half an electron flux quantum give different point-detector probabilities; cutting the loop removes the flux dependence. A separate implementation checks the finite evolution." ], "boundary": "It does not establish a new physical spatial dimension, factor-four full-packet convergence, a calibrated apparatus, a newly discovered lens law or an accepted extra-dimensional parameter. No new physical measurements were made for this edition.", "sources": [ { "label": "Read the source-bound investigation", "url": "research/aharonov-bohm.html" } ], "brief": "research/aharonov-bohm.html" }, { "id": "hubble", "title": "Hubble: the withheld prediction", "short": "Hubble", "area": "Research continuation", "version": "Research edition 02 / 15 Oct 2026", "status": "Historical data reanalysis; nonunique evaluated endpoints", "dateLabel": "11–15 Oct 2026", "dateKind": "Dated reports / current source review", "recordDates": [ "2026-10-11", "2026-10-15" ], "group": "Current investigations", "origin": "The Hubble programme moved from matching an acoustic-ruler proxy to full spectra, correlated likelihoods and a test that withheld the local expansion datum.", "question": "A fitted expansion rate has to survive the next observer.", "contribution": "The saved full-likelihood endpoints are reproduced; withholding local H0 reveals nonunique evaluated branches. The scalar amplitude identity holds, while the full-spectrum proxy fails its tolerance. Replacement and additional radiation are distinguished, and the negative refinements are retained.", "measurement": "Historical measured-data reanalysis", "build": [ "An early energy component can shorten the sound horizon. That observation motivated a bounded transfer challenge, but an acoustic-ruler ratio is not a complete cosmology. Changing the background also changes recombination, peak heights, polarization, diffusion, lensing and distance ratios. The first wave-background models matched a supplied ruler target while missing the acoustic angle." ], "results": [ "Three unchanged background-calibrated candidates were passed to pinned AxiCLASS/HyRec source. Their temperature spectra differed from the reference by roughly 5.41–8.12% RMS, much more than their observed numerical-precision sensitivity. Published bandpowers gave much worse diagnostic agreement for those frozen candidates. This challenged those fixed candidates; it did not establish a family-wide exclusion significance." ], "boundary": "It does not establish a unique independent local-H0 prediction, a posterior result or a solved tension. Nor does it establish exact invariance of complete spectra, or that an early-expansion change automatically predicts present H0. No new physical measurements were made for this edition.", "sources": [ { "label": "Read the source-bound investigation", "url": "research/hubble.html" } ], "brief": "research/hubble.html" }, { "id": "measure", "title": "Measurement discipline", "short": "Measurement discipline", "area": "Research continuation", "version": "Research edition 02 / 15 Oct 2026", "status": "Content-bound admission; calibration still required", "dateLabel": "11–15 Oct 2026", "dateKind": "Dated reports / current source review", "recordDates": [ "2026-10-11", "2026-10-15" ], "group": "Current investigations", "origin": "A prediction must reach a detector with its uncertainty intact. The new discipline makes response, calibration, chronology and data reuse part of the claim.", "question": "Repetition cannot erase a shared calibration error.", "contribution": "A shared-error floor and a synthetic coverage failure are demonstrated.", "measurement": "Conditional mathematics · synthetic validation", "build": [ "A simulated field is not yet the quantity recorded by a camera. Propagation, finite apertures, point-spread blur, pixel integration, efficiency and counting statistics change what reaches the observation record. The project’s AB response fixture makes those operations explicit under supplied standard-physics assumptions." ], "results": [ "For a locally linear response with statistical noise uncorrelated with calibration error, uncertainty propagates as Cᵧ=Cstat+J Cθ Jᵀ. The Jacobian maps calibration uncertainty into the observation. That second term can correlate every exposure: repeating a measurement does not redraw the common calibration independently." ], "boundary": "It does not establish a newly measured hardware calibration defect. No new physical measurements were made for this edition.", "sources": [ { "label": "Read the source-bound investigation", "url": "research/measurement.html" } ], "brief": "research/measurement.html" }, { "id": "finite-waves", "title": "Finite wave modes & Casimir piston", "short": "Finite wave modes & Casimir piston", "area": "Research continuation", "version": "Research edition 02 / 15 Oct 2026", "status": "Executed one-dimensional harmonic model", "dateLabel": "11–15 Oct 2026", "dateKind": "Dated reports / current source review", "recordDates": [ "2026-10-11", "2026-10-15" ], "group": "Current investigations", "origin": "The wave-grid thought experiment recovers a standard one-dimensional Casimir piston result without treating −1/12 as the ordinary sum of positive integers.", "question": "Positive modes. A finite difference. An attractive force.", "contribution": "The standard 1D piston force is reproduced from supplied finite harmonic dynamics.", "measurement": "Finite harmonic model · local replay", "build": [ "The finite-wave lab supplies a harmonic lattice and ordinary oscillator vacuum energies ℏω/2. Every raw mode energy is positive. A piston separates chambers of lengths a=1 and b=3, with units ℏ=c=1. Moving the boundary changes the finite total energy; a centred finite difference estimates the force at fixed grid spacing." ], "results": [ "The finest fixed/fixed force is −0.116355283601548, compared with the standard continuum piston benchmark −0.116355283466289. The relative difference is about 1.16×10⁻⁹. The fixed/free case gives +0.058177641806342, within about 1.26×10⁻⁹ of its continuum benchmark. A negative force points toward the shorter chamber; changing the piston boundary reverses the sign." ], "boundary": "It does not establish that the ordinary sum 1+2+3+… equals −1/12, negative total energy or wormholes. No new physical measurements were made for this edition.", "sources": [ { "label": "Read the source-bound investigation", "url": "research/finite-waves.html" } ], "brief": "research/finite-waves.html" }, { "id": "causal", "title": "Ranging & causal identifiability", "short": "Ranging & causal identifiability", "area": "Research continuation", "version": "Research edition 02 / 15 Oct 2026", "status": "Conditional certificates and explicit ordinary-space rivals", "dateLabel": "11–15 Oct 2026", "dateKind": "Dated reports / current source review", "recordDates": [ "2026-10-11", "2026-10-15" ], "group": "Current investigations", "origin": "Ranging and causal-pair studies show why an observation must distinguish a proposed mechanism from its strongest surviving rival.", "question": "A sharper picture can still hide the same ambiguity.", "contribution": "Restricted certificates and specified interventions distinguish some models.", "measurement": "Conditional proofs · finite synthetic studies", "build": [ "A hidden-coordinate range law can look like √(|u|²+w²). The centroid-ranging work constructs a positive ordinary-three-dimensional source distribution with exactly that same mean distance at every observer position. A frozen finite-source approximation matched the tested synthetic poses closely. Better centroid precision alone cannot distinguish two models with exactly the same mean." ], "results": [ "The seven-pose interval certificate can exclude every compatible fixed ordinary-three-dimensional point source under its stated distance and geometry bounds. It does not exclude arbitrary distributed sources, routed paths, curved metrics, mirrors or detector laws. The class of alternatives is part of the theorem, not an optional footnote." ], "boundary": "It does not exclude every ordinary-space source, path or detector rival. No new physical measurements were made for this edition.", "sources": [ { "label": "Read the source-bound investigation", "url": "research/identifiability.html" } ], "brief": "research/identifiability.html" }, { "id": "scripture", "title": "Questions, Scripture & physical tests", "short": "Questions, Scripture & physical tests", "area": "Research continuation", "version": "Research edition 02 / 15 Oct 2026", "status": "Interpretive origins; separately scoped synthetic tests", "dateLabel": "11–15 Oct 2026", "dateKind": "Dated reports / current source review", "recordDates": [ "2026-10-11", "2026-10-15" ], "group": "Current investigations", "origin": "The Job 38 and Bible-led work keeps the origin of an idea visible while separating interpretation, supplied mathematical premises and executed evidence.", "question": "A question can begin in Scripture. Its prediction still needs a test.", "contribution": "It supports source-grounded questions, supplied conditional mathematics and bounded synthetic results.", "measurement": "Interpretation · conditional models", "build": [ "Christian faith is part of the origin of this programme. Questions about concealed things, light, water, form and observation motivated mathematical thought experiments. The current work preserves that source rather than rewriting a retrospective story in which a modern equation was already present word for word." ], "results": [ "Ecclesiastes’ rivers and non-filling sea motivated a bounded-storage model. Given a supplied mass-balance law and a finite storage bound, the long-run average net inflow must vanish. The text suggests the question; the differential or integral balance, storage bound and limiting operation are additional mathematical premises." ], "boundary": "It does not establish a unique universal physical decoder or a simulation deciding theology. No new physical measurements were made for this edition.", "sources": [ { "label": "Read the source-bound investigation", "url": "research/questions-and-meaning.html" } ], "brief": "research/questions-and-meaning.html" } ], "edges": [ { "from": "theory", "to": "shapes", "label": "Coordinate map", "detail": "The framework’s state/observer distinction is made concrete by Cartesian products and their chosen 3D projections.", "kind": "shared" }, { "from": "theory", "to": "rbe", "label": "Executable state", "detail": "The canonical-state engine turns the modelling architecture into explicit, checkable operators.", "kind": "shared" }, { "from": "theory", "to": "filaments", "label": "Boundary & response", "detail": "The rope model gives phase, propagation and delayed response a specified dynamical setting.", "kind": "shared" }, { "from": "theory", "to": "gauge", "label": "Coupled dynamics", "detail": "The manuscript’s gauge–matter work specifies state evolution with feedback and conservation tests.", "kind": "reference" }, { "from": "theory", "to": "fluids", "label": "Transport & observation", "detail": "The fluid and sunlight/water studies distinguish the transported field from its final observer image.", "kind": "reference" }, { "from": "theory", "to": "rrls", "label": "Coordinate language", "detail": "The computation programme explores changes of representation with exact equivalence and a cost audit.", "kind": "shared" }, { "from": "shapes", "to": "hydrogen", "label": "What a shape means", "detail": "Projection geometry provides a reading context for an atomic probability envelope; it is not a derivation of hydrogen from the atlas.", "kind": "shared" }, { "from": "shapes", "to": "matter", "label": "Hidden coordinates", "detail": "Both constructions distinguish a higher-dimensional mathematical state from a displayed projection.", "kind": "shared" }, { "from": "rbe", "to": "rrls", "label": "Declared operators", "detail": "Both engines attach exact meaning to a finite state and its transformations; this link compares their computational roles.", "kind": "shared" }, { "from": "rbe", "to": "chess", "label": "Closed-universe checks", "detail": "Exact finite computation gives a setting in which all legal states and a proof policy can be audited.", "kind": "shared" }, { "from": "filaments", "to": "rope", "label": "Forward / inverse", "detail": "A travelling response is the forward question; tomography asks what its delayed readings can recover.", "kind": "shared" }, { "from": "filaments", "to": "gauge", "label": "Dynamics before rendering", "detail": "Both keep an evolving state and its interactions explicit rather than identifying the picture with the whole model.", "kind": "shared" }, { "from": "fluids", "to": "optics", "label": "Water to eye", "detail": "The saved sunlight/water observer study combines moving water, light, and a finite visual observer.", "kind": "reference" }, { "from": "gauge", "to": "optics", "label": "Field & detector", "detail": "The electromagnetic foundation and the discrete Maxwell lab share the distinction between evolving fields and measured detector output.", "kind": "shared" }, { "from": "gauge", "to": "hydrogen", "label": "State to observable", "detail": "The two projects compare declared quantum-state dynamics and conserved observables in different numerical models.", "kind": "shared" }, { "from": "hydrogen", "to": "elements", "label": "Reference density", "detail": "Hydrogen density references and element angular envelopes feed the saved Atom & Crystal Observer.", "kind": "reference" }, { "from": "elements", "to": "optics", "label": "Interference & colour", "detail": "Finite crystal interference and optical response supply neighbouring observer models for material appearance.", "kind": "reference" }, { "from": "elements", "to": "matter", "label": "Inverse ambiguity", "detail": "Homometric crystal intensities and hidden-basis gauges exhibit different ways an observable can lose identifying information.", "kind": "shared" }, { "from": "matter", "to": "drct", "label": "Equivalent observations", "detail": "Both ask whether recovering an observable output identifies the hidden description that produced it.", "kind": "shared" }, { "from": "rope", "to": "prng-markets", "label": "Holdout controls", "detail": "Both use withheld observations to test the reach of a fitted inverse relation; their noise and generator assumptions differ.", "kind": "shared" }, { "from": "rrls", "to": "chess", "label": "Relations to bounded proof", "detail": "The chess programme examines exact predicates and movement relations while measuring the cost of its search.", "kind": "shared" }, { "from": "rrls", "to": "drct", "label": "A language with a cost", "detail": "Both study learned or synthesized descriptions with exact checks and limits on what a representation may claim.", "kind": "shared" }, { "from": "rrls", "to": "prng-markets", "label": "Prediction beyond the fit", "detail": "Learned relations are checked on untouched sequences or future held-out blocks, under their separate declared domains.", "kind": "shared" }, { "from": "chess", "to": "drct", "label": "Finite reference domains", "detail": "Complete finite domains make equality and failure countable; they do not automatically settle unrestricted systems.", "kind": "shared" }, { "from": "drct", "to": "gpt2", "label": "Where the observer sits", "detail": "DRCT’s finite output domain and GPT-2’s internal activation pairs give different access to a hidden model. Their identifiability boundaries can be compared.", "kind": "shared" }, { "from": "gpt2", "to": "semantic", "label": "Equality to meaning", "detail": "The journey asks what an exact replica explains. GWSN proposes a semantic-state architecture as a separate next research direction.", "kind": "proposal" }, { "from": "drct", "to": "semantic", "label": "Anonymous concepts", "detail": "Recovered predicates and certified semantic states are neighbouring ways to ask how a representation carries meaning. No implementation transfer is claimed.", "kind": "proposal" }, { "from": "theory", "to": "d0fs", "label": "Preserve the record", "detail": "Versioned evidence in d0fs applies a shared epistemic principle. This is an engineering connection, not a claimed mathematical derivation.", "kind": "engineering" }, { "from": "semantic", "to": "d0fs", "label": "Canonical, durable context", "detail": "A proposed canonical semantic state and working versioned memory pose a future interface question. GWSN has not been implemented in d0fs.", "kind": "proposal" }, { "from": "d0fs", "to": "console", "label": "Session context", "detail": "d0fs is the neighbouring memory layer in the daily agent workspace described on d0re.", "kind": "component" }, { "from": "d0fs", "to": "d0os", "label": "Memory in the environment", "detail": "Local d0fs tools and hooks are part of the d0 OS development build.", "kind": "component" }, { "from": "console", "to": "d0os", "label": "Daily workspace", "detail": "D0 Console runs beside the other components in the daily d0 OS environment.", "kind": "component" }, { "from": "d0os", "to": "server", "label": "Desktop / server family", "detail": "The server is the alpha operational branch of the d0 OS project, with its own narrower deployment status.", "kind": "component" }, { "from": "server", "to": "remote", "label": "Endpoint identity", "detail": "The alpha server supplies live account sign-in and can authorize an endpoint identity change for Remote Desktop.", "kind": "component" }, { "from": "d0os", "to": "remote", "label": "Remote observer", "detail": "Remote Desktop is a daily-use component of the d0 OS work.", "kind": "component" }, { "from": "optics", "to": "remote", "label": "Observer delay", "detail": "Optical detector response and key-to-screen delay both require an explicit instrument and time window. This is a conceptual comparison across distinct physical and engineering systems.", "kind": "engineering" }, { "from": "theory", "to": "octave", "label": "Learning observers", "kind": "proposal", "detail": "The wave/observer programme motivates eight relative-phase observer slots. The prototype and its school test this architectural hypothesis; they do not establish eight as a physical or biological law." }, { "from": "semantic", "to": "octave", "label": "Representation and learning", "kind": "proposal", "detail": "A semantic-state proposal and a trained temporal prototype are neighbouring research directions. No implementation transfer or equivalence between them is claimed." }, { "from": "theory", "to": "ab", "label": "October research continuation", "kind": "source continuation", "detail": "A source-bound continuation of the state/observer programme. Its imported assumptions, numerical checks, negative results and empirical requirements remain explicit in the investigation." }, { "from": "theory", "to": "hubble", "label": "October research continuation", "kind": "source continuation", "detail": "A source-bound continuation of the state/observer programme. Its imported assumptions, numerical checks, negative results and empirical requirements remain explicit in the investigation." }, { "from": "theory", "to": "measure", "label": "October research continuation", "kind": "source continuation", "detail": "A source-bound continuation of the state/observer programme. Its imported assumptions, numerical checks, negative results and empirical requirements remain explicit in the investigation." }, { "from": "theory", "to": "finite-waves", "label": "October research continuation", "kind": "source continuation", "detail": "A source-bound continuation of the state/observer programme. Its imported assumptions, numerical checks, negative results and empirical requirements remain explicit in the investigation." }, { "from": "theory", "to": "causal", "label": "October research continuation", "kind": "source continuation", "detail": "A source-bound continuation of the state/observer programme. Its imported assumptions, numerical checks, negative results and empirical requirements remain explicit in the investigation." }, { "from": "theory", "to": "scripture", "label": "October research continuation", "kind": "source continuation", "detail": "A source-bound continuation of the state/observer programme. Its imported assumptions, numerical checks, negative results and empirical requirements remain explicit in the investigation." } ], "events": [ { "id": "finite", "date": "2026-08-23", "label": "23 AUG 2026", "title": "A complete finite world", "text": "The saved DRCT release gives black-box reconstruction a bounded reference: all 780 contexts of a small teacher. Functional equality and parameter identity separate.", "projects": [ "drct" ], "source": "archive/d4ca6f5515b8-README.md", "kind": "Saved record" }, { "id": "geometry", "date": "2026-09-05", "label": "05 SEP 2026", "title": "Coordinates become executable", "text": "The shape-product atlas, canonical-state engine and rope-tomography records make the modelling questions inspectable through geometry, operators and causal delay.", "projects": [ "shapes", "rbe", "rope" ], "source": "archive/shape-products-atlas-shape-products-README.md", "kind": "Prepared / saved records" }, { "id": "audit", "date": "2026-09-06", "label": "06 SEP 2026", "title": "A rewrite has to survive an audit", "text": "RRLS v27 retains failures and repair checks. The dimensional-future work ties boundary motion, phase and collision schedules to an exact computational record.", "projects": [ "rrls", "filaments" ], "source": "archive/8cae97ff1389-RRLS_v27_SOURCE_AUDIT.md", "kind": "Dated audit" }, { "id": "chess", "date": "2026-09-15", "label": "15 SEP 2026", "title": "A closed world for proof", "text": "The chess records provide exact endgame reference states and bounded predicates. A finite solution and a full-chess shortcut are tested as distinct claims.", "projects": [ "chess", "rrls" ], "source": "archive/6875140b9128-Dimensional_Chess_Experiment.md", "kind": "Dated manuscript" }, { "id": "density", "date": "2026-09-20", "label": "20–21 SEP 2026", "title": "From wave amplitude to matter", "text": "Hydrogen and matter records are followed by the atom/crystal method and Wave–Observer Formulation. A field, its density, a surface and an observation each get an explicit role.", "projects": [ "hydrogen", "matter", "elements", "theory" ], "source": "archive/c60f72e23a0b-Atom_Crystal_Observer_Method.md", "kind": "Saved records / dated methods" }, { "id": "framework", "date": "2026-09-26", "label": "26 SEP 2026", "title": "The framework keeps its corrections", "text": "The retained Theory of Reality reaches v1.97. Gauge–matter and optical calibration audits keep identifiability, conservation and counterexamples inside the research record.", "projects": [ "theory", "gauge", "optics" ], "source": "archive/1d8715c179d2-Theory_of_Reality.md", "kind": "Manuscript header date" }, { "id": "environment", "date": "2026-09-27", "label": "26–27 SEP 2026", "title": "The principle reaches the desktop", "text": "The dated product pages record the d0 OS daily desktop and VM tests, Console, the alpha server and Remote Desktop bench. Shared components carry evidence into an operating environment.", "projects": [ "d0os", "console", "server", "remote" ], "source": "https://www.d0re.com/d0os", "kind": "Dated project reports, reviewed 30 Sep" }, { "id": "recovery", "date": "2026-09-28", "label": "27–28 SEP 2026", "title": "Recover the model. Retain the context.", "text": "The GPT-2 preprint is revised on 28 September. The d0fs record describes daily memory hooks and service tests. Recovery and retained context meet through a shared demand for inspectable evidence.", "projects": [ "gpt2", "d0fs" ], "source": "https://www.d0re.com/paper", "kind": "Dated project reports, reviewed 30 Sep" }, { "id": "meaning", "date": "2026-09-30", "label": "30 SEP 2026", "title": "From equality to meaning", "text": "GWSN proposes a canonical semantic-state architecture. The Octave design specifies communicating temporal observers and a falsifiable eight-slot hypothesis. Proposal and executable prototype keep distinct scopes.", "projects": [ "semantic", "octave" ], "source": "journey/sources/octave-design-review.txt", "kind": "Dated design / saved paper" }, { "id": "engine", "date": "2026-10-01", "label": "01 OCT 2026", "title": "One engine. A new school.", "text": "The ten browser instruments share a 3D world, free camera and observation notebook. The 1 October Octave school report adds held-out scores, complete-forecast failures and measured compute cost.", "projects": [ "octave", "theory", "optics", "d0fs" ], "source": "journey/sources/octave-school-benchmark.txt", "kind": "Site publication / benchmark save, Europe/Berlin" }, { "id": "interpret", "date": "2026-10-11", "label": "11 OCT 2026", "title": "Inspiration meets a model contest", "text": "Job 38 and Bible-led questions receive explicit optical and flow-model counterexamples. Interpretation, supplied equations and synthetic results keep different scopes.", "projects": [ "scripture", "theory" ], "source": "research/questions-and-meaning.html", "kind": "Dated research report / source review" }, { "id": "withheld", "date": "2026-10-12", "label": "12 OCT 2026", "title": "Withhold the value we wanted to explain", "text": "The Hubble study removes local H0 from its objectives. Low and higher expansion-rate branches survive; no unique local-H0 prediction is established.", "projects": [ "hubble", "theory" ], "source": "research/hubble.html", "kind": "Dated research report / source review" }, { "id": "finite-modes", "date": "2026-10-13", "label": "13 OCT 2026", "title": "The boundary changes the force", "text": "A finite harmonic lattice reproduces the standard 1D piston benchmark. Positive mode sums and a reference-subtracted remainder remain different operations.", "projects": [ "finite-waves", "theory" ], "source": "research/finite-waves.html", "kind": "Dated research report / source review" }, { "id": "ab-observer", "date": "2026-10-15", "label": "15 OCT 2026", "title": "The loop joins the observer contract", "text": "AB topology, finite apertures and a published lens correction sharpen the model. The first spatial acceptance failure and inadequate measured-image estimator remain visible.", "projects": [ "ab", "theory" ], "source": "research/aharonov-bohm.html", "kind": "Dated research report / source review" }, { "id": "current-audit", "date": "2026-10-15", "label": "15 OCT 2026", "title": "A prediction must survive the instrument", "text": "Theory 2.42 records source recovery, 1,365 software tests and a content-bound admission gate. All 57 engine records still need the required evidence for new physical predictions.", "projects": [ "measure", "theory" ], "source": "research/measurement.html", "kind": "Dated research report / source review" } ], "groups": [ "Foundation", "Dynamics", "Matter & light", "Inference", "Working systems", "Learning & meaning", "Current investigations" ], "timelineNote": "Dates identify saved records, manuscript headers or dated product reports—not necessarily the first day an idea or product was created.", "relationshipNote": "Links distinguish sourced inputs, shared methods, product components, engineering connections and proposed transfers. A shared principle is not a claim that one product was mathematically derived from another." }