SYSTEM NOTE
Watch the state change before naming it.
A visual phase-transition observation model. Not a thermodynamics simulator.
OBSERVATION CHAMBER / MVP
Phase Transition Furnace
A visual phase-transition observation model for watching temperature, order, boundary, melting, freezing, and mixed states shift in a particle field.
phase
Prototype
STATE FIELD
Heat, cool, stir, and seed a particle field to watch order loosen, boundaries appear, and mixed states flicker near a critical edge.
First observation
Use HEAT and COOL first. The same field can tighten into order, loosen into flow, or hold a flickering boundary near CRITICAL.
ORDER / BOUNDARY / ENERGY
particles 169 / temp 0.36
OBS-000 / PARTICLES / 00:00
OBSERVATION POINTS
Order, boundary, and coexistence.
- PARTICLES shows the field loosening or tightening as temperature changes.
- ORDER makes local lattice structure visible before it melts into motion.
- BOUNDARY and ENERGY reveal flickering mixed regions near the critical edge.
OBSERVATION GUIDE
Touchpoints for Observation
Observe a particle field changing between ordered grains, loose motion, critical flicker, and mixed boundaries.
- Use HEAT, COOL, RANDOM SEED, and the four lenses to compare temperature, order, boundary, and energy without turning it into a material solver.
- SOLID tightens the field toward local lattice order.
- CRITICAL and MIXED PHASE make boundary motion and coexistence easier to read.
This is a visual phase-transition observation model, not a thermodynamics simulator.
Runs inside the browser with no upload and no registration.
SYSTEM NOTE
order ~= average closeness to local grain lattice. temperature adds motion, noise shakes the boundary, and coupling pulls particles back toward order. A visual phase-transition observation model, not a thermodynamics simulator.
OBSERVATION POLICY
This lab runs in your browser. No image, pointer trace, or input is uploaded by this prototype.
OBSERVATION LOG
Observation logging will be connected with moderation in a later build.