Follow hydrogen across quantum mechanics, Einstein spacetime, spectroscopy, water chemistry, storage, circuits, thermal fields, physiology, neural processing and deterministic evidence. Every panel reads the same computed state.
Hydrogen is the shared identity carrier. Every downstream module exposes its input, output, equation, model boundary, and provenance.
Move an operator with a finger. Drag its amber output port to a compatible cyan input—or tap output and then input. Change the graph and rerun it: downstream execution, data, Fourier coefficients, XYZ dots, and the SHA-256 witness all change. The original hydrogen and Einstein kernels remain unchanged.
Loading typed braid…
Drag the mesh to rotate on touch or mouse. Height comes from computed 16×16 pixel samples; colors encode actual normalized intensity, not a stock render.
Tap a node for the equation / typing / state / digest.
The sixteen physics laboratories and the finger-programmable braid are preserved. This release station adds an executable acceptance harness, complete 729-cell XYZ field projection, linked source history, scope ledger, and independently exportable evidence. All computations remain local; external sources are optional references, never execution dependencies.
Each button loads an existing executable laboratory, not a different invented dataset. Change any underlying scenario parameter and these scenes consume the new state. Stated times are editorial suggestions, not measured execution times.
H_ID → ATOMIC_REFERENCE → E_photon → λ_emit
└→ SCHWARZSCHILD_METRIC → λ_infinity → spectrum
H_ID → FARADAY_CHARGE → H2 → oxygen + storage
└→ fuel cell → circuit → 729-cell PDE
└→ geometry + witnesses
Typed ports → fixed evaluation order → invariants → canonical SHA-256Two physically distinct routes share hydrogen identity; the photon is not assumed to power the electrolysis.
The 27×27 solver samples are projected directly without re-running or replacing the PDE. The 16×16 quotient view remains available in the original VM. Rotation changes only the view matrix—not the computed values or witness hash.
Structural graph: each sample is placed at (x,y,uᵢⱼ/max(u)). The displayed color and height come from the same field. Bilinear smoothing, shaders, artificial particles and texture substitutions are not used.
Scope: this is 3D geometry of a 2D thermal simulation, not a 3D heat PDE. The viewer includes every finite-difference cell, preserving the original solver sample count.
Tests run against the executing V1.2 physics core and V1.2 braid snapshot. They use independent invariants and negative controls. Browser milliseconds are descriptive, not cross-device performance claims. Tests do not establish external empirical accuracy.
| Case | Status | Measured evidence | Reference boundary |
|---|---|---|---|
| Click Run suite to calculate the current state. | |||
Multiple fixed-input executions, identical canonical data.
Median computation time for this browser/hardware only.
Bench cases passed / cases executed.
Every export remains local. Integrity digests detect modification after a snapshot is created; they do not authenticate an organization, assert regulatory acceptance, or provide blockchain consensus.
Full field export is intentionally separate from the historical compact witness so the original receipt schema remains untouched.
Awaiting hash…
These are release-lineage pointers and physical references, not hidden execution dependencies. Offline copies remain fully operational without any network access.
Every admissible marketing claim must have its own source and test. Research directions and unfinished federation surfaces are not quietly promoted to executable capabilities.
| Public statement | Executable evidence | Validation | Limit |
|---|
The historical atom model declares its ideal reference class, but its original ATOM_REFERENCE_CLASS gate does not perform an external NIST value comparison. This additive comparator does not silently equate those reference classes.
A working teaching and execution station attached to the same hydrogen state. The seven Public Contract teaching perspectives guide the experiment; the translator exposes its exact supported grammar and scope; checkpoints bind both physics and braid structure. Self-inspection shows source identity and interpreter operators, not a claim of general-purpose quining.
Hydrogen identity is an entry point, not a claim that one atom causes every other process. An atomic photon passes through a relativistic transport model. A separate electrochemical branch converts water/electric charge to molecular hydrogen and thermal consequences.
Try changing only one parameter, then inspect the dependent packets, graph edges and numerical gates.
From a governing equation, identify its dimensions, admissible initial state, computation, validation residual, geometry and hash witness. Explain why a type-correct transformation can still be physically false if assumptions do not hold.
Translation is permitted only through a declared intermediate representation. Renaming an equation is not proof that two physical systems are equivalent. Lossy analogies are labeled with their assumptions; admissibility and units remain in the receipt.
Each lesson reads the real current scenario and tests a numerical property. Complete them sequentially; resetting the lesson does not overwrite the physical scenario.
Pass/fail is derived from a numerical check, not an animation being visible. Some lessons expect a rejection gate.
Experiment on a branch; use Commit before editing and Rollback to restore both the scenario and the braid. Parameter edits use the same canonical numerical core that drives all sixteen physics laboratories.
No new execution yet.
The workbench supports eight round-trip bindings of one first-order linear evolution operator, plus eighteen indexed source-language lexicons for future explicit adapters. Entries marked LEXICON do not claim executable semantic equivalence. The runtime emits inspectable typed IR and evaluates the same equations numerically.
This compact independent browser port implements a concrete diagnostic from the existing Hilbert VM-Lab: finite-dimensional operators cannot satisfy [Q,P] = iℏI exactly because the trace of a commutator is zero. It computes the matrix commutator, trace, Frobenius residual, and unitary norm preservation. The broader existing Python/React Hilbert VM remains a separate linked source, not falsely claimed as embedded.
Orange: computed |[Q,P]|. Cyan: target |iℏI|. Matrix values are generated from operator multiplication.
Atomicity: candidate scenario and typed graph are validated before installation. Consistency: invariants and graph typing must pass. Isolation: operations are serialized within this one browser tab. Durability: best-effort localStorage plus downloadable exports, not durable database guarantees across browsers/devices.