SYSTEM NOTE
Polarity changes the shape of the room.
A visual magnetic-field model. Not an engineering simulator.
OBSERVATION CHAMBER / MVP
Magnetic Field Chamber
A visual magnetic-field model for observing N/S poles, field lines, iron-dust alignment, polarity reversal, and interference.
magnetic
Prototype
FIELD TABLE
Add or drag N/S poles to watch field lines reconnect, iron-dust particles align, and polarity push against polarity.
First observation
Click empty space to place the selected pole. Drag an existing pole and the field lines will reconnect around it.
N / S / FIELD LINE / IRON DUST
poles 2 / particles 520
OBS-000 / LINES / 00:00
OBSERVATION POINTS
Lines, dust, and interference.
- DIPOLE gives the cleanest read of N/S polarity.
- DUST shows local alignment around poles and between them.
- POLARITY separates field direction from force intensity.
OBSERVATION GUIDE
Touchpoints for Observation
Observe how N/S poles bend field lines, align iron-dust particles, reverse direction, and interfere when multiple poles share the table.
- Switch pole presets, use the four lenses, click to add poles, and drag a pole to watch the field reconnect.
- DIPOLE is the cleanest read of polarity.
- DUST makes local alignment easier to see.
- POLARITY separates direction from field strength.
This is a visual magnetic-field model, not an engineering simulator.
Runs inside the browser with no upload and no registration.
SYSTEM NOTE
field(x,y) is drawn as a distance-weighted sum from N and S poles. Field lines follow local direction, and iron-dust particles turn toward that local field. A visual magnetic-field model, not an engineering 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.