An experimental playground where complex algorithms, relativistic physics, and digital aesthetics meet.
N-body gravity simulation. Every body accelerates in the gravitational field of others according to Newton's universal gravity law.
In black hole accretion disks, inner orbit particles rotate much faster than outer ones. Temperature gradient: inner region is blue-white, outer is red.
When smaller bodies approach massive objects, tidal forces shred the body. Remnants spiral down into the accretion disk.
No body can exceed the speed of light. As speed increases, the Lorentz factor limits acceleration asymptotically.
Star colors shift from red to blue depending on mass. A thin light ring that captures photons forms at a radius of 1.5×rs of black holes.
Momentum is conserved in mergers. In a supernova, 75% of the star is ejected into space as nebula, and the remnant collapses into a neutron star or black hole.