SYSTEM NOTE
Light bending, visually.
A visual gravity-lens observation model. Not an astrophysics simulator.
OBSERVATION CHAMBER / MVP
Gravity Lens Chamber
A visual gravity-lens observation model for watching background stars, rays, photon rings, and disk particles bend around a central mass.
lens
Prototype
LENS MASS ARRAY
Background stars, rays, photon-ring arcs, and disk particles bend around a central lens field.
MASS 0.62
LENS 0.70
PULL 0.38
Lens Field
STARS
OBSERVATION POINTS
Watch the star field bend.
- Lens Field shows the background grid and stars warping around the dark core.
- Accretion Disk keeps the orbiting particles visible without turning the page into a space wallpaper.
- Photon Ring and Deep Pull emphasize curved light traces and inward falling paths.
OBSERVATION GUIDE
Touchpoints for Observation
Observe background stars, rays, photon-ring arcs, and disk particles bending around a central lens.
- Switch Lens Field, Accretion Disk, Photon Ring, and Deep Pull, then adjust mass, lens strength, rotation, and pull.
- Lens Field makes the star field and grid bend around the dark core.
- Photon Ring and Deep Pull show curved light traces without becoming an astrophysics solver.
This is a visual gravity-lens observation model, not an astrophysics simulator.
Runs inside the browser with no upload and no registration.
SYSTEM NOTE
bend ~= mass * lensStrength / (r^2 + softening). Disk particles orbit while pull slowly draws traces inward. A visual gravity-lens observation model, not an astrophysics 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.