Explore relaxation labeling, sound, geometry, cellular worlds, and chess. Some exhibits use real datasets; others are interactive models and playful experiments. Each page explains what its model does.
NEW · Explore Wave Worlds →Explore the browser-based exhibits below, including the Project Genesis series and the newer sound, geometry, and cellular-automaton labs.
Hear and see music in air, water, and both. Three synchronized worlds with reflection, transmission, and independent listening controls.
interactive · acoustic worldsFirst-person stereo sine waves, a colored octave, live audio, and a null conductor exchanging modeled energy and matter with a reservoir.
interactive · sound + geometryCompare synchronized automata on squares, rectangles, triangles, cubes, and tetrahedra. Same local rule; different neighbors.
interactive · 2D + 3D CA labRotate a rod and triangle, adjust distance and observation cells, and explore how three distinct features become one observed class.
interactive · projective geometryA weather vane, geomagnetic compass, hollow-tube air bearing, and sphere-of-bearings shell—plus an honest conservation-law ledger.
concept CAD
Watch convolutional edge hypotheses negotiate into a stabilized field, then explore wheels, lights, panels, and doors through part-to-part geometry.
computer vision
206,798 WordNet pairs compete across bytes and protected spans; real HELLO and OPPENHEIMER trajectories converge in Ian Gray’s original plots.
real dictionary dataThe generic engine running in your browser: DNA complement by relaxation, order-3 molecular chirality (R/S), and few-shot label propagation.
interactive labThe engine composes: pitches are labels, melodic smoothness & chord tones the constraints. It relaxes a melody and plays it. A tiny answer to Suno.
generative music25,000 SDSS galaxies, relaxation-labeled into void, filament & cluster.
real dataLight condenses cosmic structure from a single rule. The origin of Project Genesis.
simulationA simplicial organism that labels, grows, grooms & reproduces itself — now in simplicial & grid bodies.
autopoiesisA little 2-D world that grows itself — grazers, hunters & shifting biomes. Built with Elbie.
simulationA tetrahedral ontology — dark matter as the null-set noise at the centroid.
conceptThe Radial Acceleration Relation, from 3,343 real measurements.
real data165 real galaxy rotation curves — the gap with no light behind it.
real dataThe real C. elegans connectome, labeled into functional communities.
real dataTrinary relaxation: sensory → interneuron → motor on the real wiring.
real dataA cosmic web grown from the real ΛCDM matter power spectrum.
simulationCompare an adaptive econometric ensemble with its component models.
real dataMalaria & waterborne‑disease mitigation — labeling a watershed, draining the breeding.
public healthA single cell relaxes into a whole patterned body — growing-graph morphogenesis.
simulationHigher-order relaxation on a growing 3-D complex.
topologyThe Gooblets & Zappies world keeps growing — designed hand-in-hand with Elbie. The four newest additions, each a small rule layered onto the same relaxation-labeled world:
A peaceful Nature Gooblet crosses the Grove portal up to the surface under a 🤝 Helpful King and plants up to three blue flowers as it roams — a new entry in the Plantiary.
newOnce a Dragonling grows old enough it grows up — bigger, winged — and stops hunting to fly home to the Dragon Island and rule alongside the Dragon King.
newThe hero who slays the Fire Giant and rises as the Red King now walks through lava and fire completely unharmed — the flames can never touch him again.
newA new tool opens a live panel naming who wears each of the five crowns — Sea, Dragon, Human, Fire and Nature — or — none — when a throne sits empty.
newRelaxation labeling (Rosenfeld–Hummel–Zucker, extended with a learned noise label) takes a set of objects, a set of labels, and a compatibility function that says how much one labeled pair reinforces another. It iteratively relaxes the field into a mutually consistent labeling. Only the compatibility kernel and prior change between domains:
| Domain | objects | labels | what compatibility encodes |
|---|---|---|---|
| Cosmology | galaxies / parcels | void · filament · cluster | local density & neighborhood coherence |
| Neuroscience | neurons | sensory · inter · motor | directed synaptic flow through the connectome |
| Econometrics | forecast origins | candidate models | recent accuracy + temporal coherence |
| Motion capture | measured 3-D points | skeleton markers | inter-point distances match the model |
| Strategy | chess pieces | tactical roles | roles that co-occur in a real plan |
The Python core is a tested library (hrl.core.RelaxationLabeler) — see the
repository.