Growth & Pattern Chambers

SLIME NETWORK OBSERVATORY

Slime Route Builder

Observe

Path networks growing, reconnecting, drying, and leaving memory-like traces.

First touch

Move food signals or disturbance points and watch the network choose new routes.

Worth watching

The dried traces matter because old routes keep influencing new ones.

ECOSYSTEM DRIFT CHAMBER

Ecosystem Balancer

Observe

Population, resource, predation, decay, and environmental drift moving together.

First touch

Change resources, predators, and environmental pressure to see whether the chamber stabilizes or drifts.

Worth watching

This room is about balance and drift, not exact ecology.

VIRAL IMMUNE FIELD

Virus Defense Arena

Observe

Viral spread, immune response, barriers, fatigue, and cleared areas pushing against one another.

First touch

Release particles, add immune cells, raise barriers, and switch lenses to separate spread from defense.

Worth watching

This is not a medical model; the subject is field pressure between spread and defense.

REACTION DIFFUSION CHAMBER

Pattern Chemistry Lab

Observe

Spots, stripes, coral-like edges, cells, and chaotic texture growing from a field.

First touch

Seed, inhibit, stir, or clear the field, then let the pattern grow for a while.

Worth watching

The best changes often happen after you stop touching it.

DLA GROWTH CHAMBER

Particle Branch Builder

Observe

Random walkers attaching to a cluster and growing crystal, coral, root, or lightning-like branches.

First touch

Change stickiness, spawn rate, and lens, then place seeds or barriers.

Worth watching

The active front is where the structure is still deciding its shape.

CRYSTAL GROWTH CHAMBER

Crystal Growth Furnace

Observe

Nucleation seeds growing ordered crystal fronts, defects, aged cells, and annealed regions.

First touch

Use SEED, COOL, IMPURITY, ANNEAL, and canvas clicks to compare order, front, age, and defect lenses.

Worth watching

Unlike DLA walkers, this chamber is about lattice order and defect memory growing from nuclei.

L SYSTEM GROWTH GARDEN

Rule-Grown Garden

Observe

A short axiom string rewriting itself into branches, veins, coral edges, and lightning-like traces.

First touch

Grow, step, prune, mutate, randomize, then drag the canvas to bend the turtle path without changing the grammar.

Worth watching

Unlike DLA, the structure comes from rewriting rules rather than particles sticking to a front.

CRITICAL SANDPILE CHAMBER

Avalanche Sandpile

Observe

Local height crossing a threshold, toppling, cascading, and leaving a trace.

First touch

Drop grains, start random rain, shake the table, and switch avalanche or trace lenses.

Worth watching

A quiet pile can become active from one extra grain.

PERCOLATION THRESHOLD CHAMBER

Threshold Grid

Observe

Open cells forming clusters until a spanning route suddenly connects top to bottom.

First touch

Raise open probability, use auto threshold search, or locally open cells by dragging.

Worth watching

CONNECTED changing from no to yes is the main event.

TOPOLOGY FLOOD

Topology Flood

Observe

Points gaining edges and simplices as epsilon rises, while H0 and H1 persistence intervals begin and end.

First touch

Add, move, or delete points, Compute the filtration, then sweep epsilon across the barcode and diagram.

Worth watching

Intervals are computed algebraic features; because this build has no representative cycles, the apparatus does not invent a hole location.

PHASE TRANSITION FURNACE

Phase Transition Furnace

Observe

Particles shifting between ordered, melting, critical, and mixed phases.

First touch

Heat, cool, and change noise or coupling to watch boundaries form and dissolve.

Worth watching

The boundary between states is often more interesting than either state alone.

RENORMALIZATION FLOW OBSERVATORY

Renormalization Flow Observatory

Observe

A spin field becoming coarse-grained scales while magnetization, correlations, and effective coupling flow.

First touch

Choose HOT, CRITICAL, or COLD, then use STEP, PLAY, SCALE, and COARSE GRAIN.

Worth watching

Compare ordered, disordered, and critical basin signatures across the seven R₂ scales.

CATASTROPHE SURFACE OBSERVATORY

Catastrophe Surface Observatory

Observe

Real equilibria of a quartic potential, with fold and cusp discriminants and quasi-static hysteresis.

First touch

Choose a potential preset, move the two controls, then use SURFACE, DISCRIMINANT, EQUILIBRIA, or HYSTERESIS.

Worth watching

Stable and unstable real branches meet at folds; a branch jump is recorded only after the selected stable root disappears.