Scenario lab
Test a market thesis
Every slider creates an explicit branch; the base evidence state stays immutable.
If AI monetization strengthens while rates stabilize, relative performance improves over 20 sessions.
Truth Clock
NOW · Latest accepted state Loading the deterministic event fixture.Apple Inc.
Financial evidence universe
SAR-08 adds a canonical source, rights, and revision ledger beneath the deterministic Truth Clock over the evidence fabric and private browser memory. The TF-IDF/SVD encoder is explicitly B0 Classical Baseline while transformer candidates remain evaluation-gated. Every admitted item retains source identity, valid time, observed time, parser policy, and a deterministic path into QuantState.
Loading source capabilities and rights boundaries…
Every external source must pass transport, schema, identity, chronology, units, revision, idempotency, replay, failure, rights, reconciliation, and observability gates. A successful HTTP response alone is never enough.
Loading source contracts and offline proof…
The revision stream, first-release values, vintage dates, as-of snapshots, promotion gates, and macro receipt stay separate and inspectable. Fixture values are synthetic and date-granular.
Target-environment canaries, recovery evidence, and rights attestation are still required.
Provider-shaped fixture proof only. No live FRED/ALFRED request or current freshness claim.
Raw bars remain immutable. Split-adjusted views are derived from separately versioned corporate-action events. Exchange sessions, provider mappings, disagreements, and rights stay visible instead of being silently flattened into one chart.
Synthetic provider-shaped fixture proof only. No live price, commercial entitlement, current freshness, or predictive-edge claim.
Load the fixture to align comparable sections and expose added, removed, and materially revised language.
Embedding, relevance, event type, stance, uncertainty, novelty, authority, exposure, and age decay remain separate. SAR-08 retains a checksum-verified 64-dimensional TF-IDF/SVD encoder only as B0 Classical Baseline. Event type, stance, and uncertainty remain deterministic bootstrap classifiers until real learned models pass time-, entity-, and source-split gates.
Run the semantic pass to inspect every evidence item and its factor contribution.
The ledger is tied to the Truth Clock. NOW shows the latest accepted evidence; REPLAY removes anything observed after the selected cutoff; TEST keeps the same evidence base while isolating hypothetical assumptions.
Loading canonical evidence events…
Fixture mode is active. Live provider credentials and policy confirmations can be configured later without changing the browser contracts.
Source fabric
Inspect broad provider routes without a network call. Collection remains fail-closed until authorized use is configured on the server.
Inspect the plan to see the allowlisted provider routes and their research purpose.
The plan inspector is safe to use before provider configuration.
Edge AI + local retrieval
B0 Classical Baseline feeds a verified int8 vector pack, exact C17/WebAssembly cosine search, and deterministic ABI 1.6 rank fusion. A real transformer bakeoff remains ahead. Artifacts and capsules persist to OPFS when the browser supports it.
The first local search runs after the verified pack is loaded.
A real ONNX artifact packages the B0 TF-IDF/SVD baseline and is checksum-verified. The active browser executor is a deterministic float32 projection path parity-tested against exported vectors; ONNX Runtime Web providers remain gated until their binaries are installed and benchmarked.
Device-private research intelligence
Notes, theses, explicit relevance feedback, model manifests, and capsule metadata remain inside one DataWorker-owned store. The B0 local baseline makes the workspace searchable without exposing the research thesis to a cloud model.
Private results appear after the store and model parity gates pass.
Loading local theses…
Metrics apply only to the bounded local research-concept acceptance set. They do not imply market prediction skill.
The active store is being negotiated.
Private memory initializes without provider credentials.
QuantState timeline
Move through exactly what the research computer knew at each event sequence.
Loading canonical events…
The Truth Clock will show only events observed at or before the selected cutoff.
Scenario lab
Every slider creates an explicit branch; the base evidence state stays immutable.
If AI monetization strengthens while rates stabilize, relative performance improves over 20 sessions.
Equation forge
Models propose typed operators. C17/WASM calculates. The experiment harness decides.
Shockₜ = Dᴮ(ρₜ, ρₜ₋₁) × Authorityₜ × Noveltyₜ
Quantum-information-inspired narrative density shift. This is classical matrix math—not a claim of quantum advantage.
Paper-to-experiment foundry
Reproduce a claim before borrowing it. Every paper becomes a typed experiment, a baseline comparison, an as-of replay, and an optimization target.
Keep the numerical simulator responsible for trajectories while the language model ranks or explains them using time-bounded context.
Test whether ordered price, volume, macro, and semantic event paths carry stable information that rolling summaries discard.
Measure spectral-radius shifts, mode half-life, and eigenvector rotation instead of hiding regimes behind a single label.
Test entropy, purity, fidelity, Bures displacement, Berry-like phase change, and basis rotation on classical hardware.
Compress high-order semantic, path, and factor interactions; compare rank, memory, speed, and stability against dense models.
Generate reproducible scenario distributions under explicit branch constraints and test stylized facts, tails, and downstream robustness.
Use null-validated persistence summaries to detect structural changes and test whether sentiment adds information after turnover costs.
Wrap any forecast with an auditable safety buffer and report coverage, sharpness, and stress-period exceedance clustering.
Signal ledger
Correlation matrix
Volatility regime
Portfolio and risk