bodies at rest and in motion - unified field theories 4
300 bodies, initialized with pseudo-random v at t=0, random mass and dipolar positional distribution, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - unified field theories 3 300 bodies, initialized with pseudo-random v at t=0, random mass and dipolar positional distribution, then propagated under gravity. newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - unified field theories 2 300 bodies, initialized with pseudo-random v at t=0, random mass and dipolar positional distribution, then propagated under gravity. newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - unified field theories 1
300 bodies, initialized with pseudo-random v at t=0, random mass and dipolar positional distribution, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
alive in the universe
bodies at rest and in motion - gravitational collapse 6
1000 bodies, initialized with v=0 at t=0, random mass and random position, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - gravitational collapse 5 (detail)
1000 bodies, initialized with v=0 at t=0, random mass and random position, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - gravitational collapse 4.
1000 bodies, initialized with v=0 at t=0, random mass and random position, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - gravitational collapse 3.
1000 bodies, initialized with v=0 at t=0, random mass and random position, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - gravitational collapse 2.
1000 bodies, initialized with v=0 at t=0, random mass and random position, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
bodies at rest and in motion - gravitational collapse 1.
1000 bodies, initialized with v=0 at t=0, random mass and random position, then propagated under gravity.
newton’s law of universal gravitation + processing + photoshop.
