The invisible,
made visible.

Charged particles leave fleeting trails in a supersaturated vapour. Observe how matter moves through a magnetic field.

VIEW CONTROLS

ACTIVE TRACKS03

DETECTED EVENTS000

MAGNETIC FIELD0.16 T

✳

DRAG TO ORBIT · SCROLL TO ZOOM · CLICK TRACK TO INSPECT

LABORATORY CONSOLE

Cloud chamber / 7

SUPERCOOLED DIFFUSION SYSTEM

OPERATIONAL

01 EXPERIMENT PRESETS ↗

02 PHYSICAL PARAMETERS ⊞

Magnetic field strength0.16 T

0 T0.6 T

Event flux46 / min

0180 / MIN

Vapour supersaturation0.93 ×

0.55 ×1.4 ×

Angular scattering0.49 ×

OFF2.0 ×

Simulation rate1.0 ×

0.2 ×3 ×

03 PARTICLE SPECIES ⊕

04 OPTICAL OVERLAYS ◌

Vapour condensateMicroscopic supersaturated particlesMagnetic vector fieldUniform B-field direction (+Y)Auto-rotate instrumentSlow cinematic inspection

05 DETECTOR TELEMETRY ⌁

LAST 60 SIMULATED SECONDS● EVENTS / SECOND

α TRACKS0

β TRACKS0

μ TRACKS0

β ELECTRON · REFERENCE 0.5 MeV1.3 cmTHEORETICAL ORBIT RADIUS AT CURRENT B

Select a luminous trail in the chamber to inspect its type, initial energy and measured track length.

The invisible,made visible.

The invisible,
made visible.