Relativistic ray-tracing study / enhanced

BLACK HOLE
LAB

Cinematic Thin Disk White Hot Lensing + Beaming + Disk Flow
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Observatoryseed 000000
Physical modelG = c = 1
1.00
0.720
20.0
0.085
1.12
1.18
0.66
1.05
Optics & stylecinematic + grounded
1.22
1.26
0.58
0.86
1.00
42.0°
Camera100%
Relativistic landmarksprograde
Event horizon2.00 M
Photon sphere3.00 M
Shadow diameter10.39 M
Kerr ISCO3.42 M

The renderer uses numerically bent rays, an exact prograde Kerr ISCO formula, Novikov–Thorne-inspired radial emissivity, gravitational redshift, Doppler beaming and multiple disk intersections. Spin-driven frame dragging is included as an explicit Kerr-inspired approximation rather than claimed as exact full Kerr geodesics.

-- fps 128 ray steps multi disk images
Aim: a more cinematic Interstellar-like thin-disk look while remaining physically grounded: a razor-thin white-hot disk, strong lensing, warm inner emission, and blue-black deep space around it.
Drag = orbit · Shift/right drag = pan · wheel/pinch = zoom · double click = randomize