AGN Unified Model: Torus Obscuration & Jet Beaming
Orbit a supermassive black hole's dusty torus and jets in 3D — the same viewing-angle geometry that makes an active galactic nucleus read as a Seyfert 1, Seyfert 2, quasar, radio galaxy or blazar, with live Doppler-beaming and obscuration readouts.
Seyfert 1s, Seyfert 2s, quasars, radio galaxies and blazars are the same kind of object — a supermassive black hole feeding on an accretion disk, wrapped by a dusty torus and, in radio-loud sources, firing a pair of relativistic jets — seen from different angles. This simulator renders that full geometry in 3D and lets your own orbit angle around the model stand in for the astronomer's viewing angle θ: cross the torus's half-opening angle and the broad-line region vanishes behind the dust, flipping the live classification from Type 1 to Type 2. A separate jet Lorentz-factor control shows relativistic Doppler beaming in action — point a fast jet close to your line of sight and the computed Doppler factor and flux boost spike by orders of magnitude, exactly the mechanism that turns an ordinary radio galaxy into a blazar.
Orbit a supermassive black hole's dusty torus and relativistic jets in 3D — your own viewing angle determines live whether the active galactic nucleus reads as a Seyfert 1, Seyfert 2, quasar, radio galaxy or Doppler-boosted blazar.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install