01:31

Mesmerising Gravity | Gravitational Equipotentials of 2 Orbiting Masses | Physics Simulations

01:00

5000 Asteroids in a Binary Star System | N-Body Problem | Physics Simulations

01:00

1000 Asteroids in a Binary Star System | N-Body Problem | Physics Simulations

01:00

100 Asteroids in a Binary Star System | N-Body Problem | Physics Simulations

01:00

10 Asteroids in a Binary Star System | N-Body Problem | Physics Simulations

05:01

1 Star, 1 Planet, and 200 Asteroids | N-Body Problem | Physics Simulations

01:30

N-Body Problem Simulation, 192 Masses around a Large, Central Mass | Gravity | Physics Simulations

01:30

N-Body Problem Simulation, 48 Masses around a Large, Central Mass | Gravity | Physics Simulations

01:30

N-Body Problem Simulation, 96 Masses, Random Start | Gravity | Physics Simulations

01:30

N-Body Problem Simulation, 48 Masses, Random Start | Gravity | Physics Simulations

01:30

N-Body Problem Simulation, 12 Masses, Random Start | Gravity | Physics Simulations

01:30

What if gravity were proportional to 1/r^(1.5) instead of 1/r²? | Physics Simulations

02:30

What if gravity were proportional to 1/r^(1.5) instead of 1/r²? | Physics Simulations

01:30

What if gravity were proportional to 1/r³ instead of 1/r²? | N-Body Problem | Physics Simulations

01:30

What if gravity were proportional to 1/r³ instead of 1/r²? | Physics Simulations

01:30

A better smoothed function? | The N-Body Problem | Physics Simulations

01:30

With and without a smoothing parameter | The N-Body Problem | Physics Simulations

01:30

What if gravity were proportional to 1/r instead of 1/r²? | N-Body Problem | Physics Simulations

01:30

What if gravity were proportional to 1/r instead of 1/r²? | Three-Body Problem | Physics Simulations

00:30

When a simulation goes VERY wrong | Breaking energy conservation | Physics Simulations

00:30

When a simulation goes wrong | Breaking energy conservation | Physics Simulations

00:30

N-Body Problem Simulation with 6 Free Masses | Gravity | Physics Simulations

00:30

N-Body Problem Simulation with 5 Free Masses | Gravity | Physics Simulations

02:09

Langton's Ant Builds a Complex Highway | Langton's Ant - LLRRRLRLRLLR | Physics Simulations

03:00

Langton's Ant Builds a Square | Langton's Ant - LRRRRRLLR | Physics Simulations

03:00

Symmetric Growth | Langton's Ant - LLRR | Physics Simulations

03:00

Chaotic Growth | Langton's Ant - RLR | Physics Simulations

03:00

Spring Wave with 240 Masses on Springs | Classical Mechanics | Physics Simulations

03:00

Spring Wave with 96 Masses on Springs | Classical Mechanics | Physics Simulations

01:00

Spring Wave | Classical Mechanics | Physics Simulations

03:01

Pendulum Wave with 240 Pendula | Classical Mechanics | Physics Simulations

03:01

Pendulum Wave with 96 Pendula | Classical Mechanics | Physics Simulations

01:01

Pendulum Wave with 24 Pendula | Classical Mechanics | Physics Simulations

01:01

Approximation of a Double Slit using Two Lines of Point Sources | Interference | Physics Simulations

01:01

A Line of 25 Point Sources | Waves and Interference | Physics Simulations

01:01

A Line of 5 Point Sources | Waves and Interference | Physics Simulations

01:01

Interference of Waves from Two Close Point Sources | Waves and Interference | Physics Simulations

01:01

Interference of Waves from Two Point Sources | Waves and Interference | Physics Simulations

02:01

The Sun and the Inner Planets from Mars' Perspective | Orbital Mechanics | Physics Simulations

02:01

The Sun and the Inner Planets from Venus' Perspective | Orbital Mechanics | Physics Simulations

02:01

The Sun and the Inner Planets from Mercury's Perspective | Orbital Mechanics | Physics Simulations

01:01

The Sun and the Inner Planets from Earth's Perspective | Orbital Mechanics | Physics Simulations

01:01

Solar System Zoom | The Orbits of the Planets | Orbital Mechanics | Physics Simulations

03:01

The Orbits of the Inner Planets | Orbital Mechanics | Physics Simulations

01:01

The Orbits of Venus and Mercury | Orbital Mechanics | Physics Simulations

01:01

The Orbits of Earth and Venus | Orbital Mechanics | Physics Simulations

03:00

500 Billiard Balls on a Circular Table | Classical Mechanics | Physics Simulations

01:00

5000 Chaotic Balls | Chaos & The Butterfly Effect | Physics Simulations

01:00

1000 Chaotic Balls | Chaos & The Butterfly Effect | Physics Simulations

00:30

Rule 18 on a Large Grid | Cellular Automata | Physics Simulations

00:30

Rule 30 on a Large Grid | Cellular Automata | Physics Simulations

00:30

Rule 105 | Cellular Automata | Physics Simulations

00:30

Rule 73 | Cellular Automata | Physics Simulations

00:30

Rule 45 | Cellular Automata | Physics Simulations

00:30

Rule 18 | Cellular Automata | Physics Simulations

00:30

Rule 30 | Cellular Automata | Physics Simulations

00:30

The centre of mass doesn't move | N-Body Problem Simulation | Gravity | Physics Simulations

00:30

N-Body Problem Simulation with 4 Free Masses | Gravity | Physics Simulations

00:45

The centre of mass doesn't move | Three-Body Problem Simulation | Gravity | Physics Simulations

00:45

Three-Body Problem Simulation with 3 Free Masses | Gravity | Physics Simulations