03:37

Birefringence in a strongly anisotropic metamaterial

03:05

Dipoles in an oscillating electric field

03:16

Phase evolution of the Kuramoto model on the sphere in slow motion

04:57

Birefringence in a metamaterial

03:41

Vorticity of the Kuramoto model on the sphere in slow motion

02:38

Comparison of wave propagation in a hex lattice of connected circles: Effect of source frequency

03:05

Polar molecules in an increasing magnetic field - Angular momentum and direction

01:57

Vorticity sign in a Kuramoto model on the sphere with noise

03:03

Comparison of wave propagation in a hex lattice of connected circles: Effect of channel width

03:05

Polar molecules in an increasing magnetic field

02:04

Vorticity sign in a Kuramoto model on the sphere

03:27

Comparison of wave propagation in a lattice of connected circles: Effect of circle radius

03:05

Polar molecules with mass ratio 20 in an increasing electric field

02:28

2D representation of the vorticity of a Kuramoto model on the sphere

03:59

Comparison of wave propagation in a lattice of connected circles: Effect of channel width

02:25

Polar diatomic molecules of uneven masses in an increasing electric field

02:29

An improved representation of the vorticity of a Kuramoto model on the sphere

01:55

Comparison of wave propagation in a lattice of connected circles: Effect of source frequency

02:49

Polar molecules in an increasing electric field with periodic boundary conditions

02:12

Vorticity of a Kuramoto model on the sphere

18:17

Two wave sources of different frequencies in a hex maze of connected circles - long video

03:05

Bloopers 23: Polar molecules in an increasing electric field with periodic boundary conditions

03:41

2D representation of a Kuramoto model on the sphere with and without noise

08:52

Waves of higher frequency in a hex maze of connected circles

02:33

Polar, diatomic molecules in an increasing electric field

06:56

Waves in a hex maze of connected circles

02:49

Debye screening - inserting positive charges in a gas of polar, diatomic molecules

03:41

Kuramoto model on the sphere with and without noise

04:18

Waves in a maze of connected circles, with fewer cells

01:45

Symmetry breaking of a configuration of polar, diatomic molecules

03:08

A Kuramoto model on a sphere with stronger noise

04:44

Waves in a maze of connected circles

03:45

Formation of polar, diatomic molecules with more particles

02:36

A Kuramoto model on a sphere with noise

03:46

Waves of two different frequencies in a star rhombic lattice

03:21

Formation of polar, diatomic molecules with a weaker Coulomb interaction

02:45

Vorticity in a Kuramoto model on a sphere with a cubic projection simulation grid

03:29

Two wave sources in a star rhombic lattice

04:01

Formation of polar, diatomic molecules

02:29

Psychedelic Easter egg: Kuramoto model on a sphere with a cubic projection simulation grid

03:53

3D representation of waves in a star rhombic lattice

03:21

Clustering charged particles, with fewer oscillations

02:14

Vorticity in a Kuramoto model on a sphere with a modified simulation grid

02:24

Waves in a star rhombic lattice

02:33

Bloopers 22: Clustering charged particles

02:29

Kuramoto model on a sphere with a modified simulation grid

04:33

Waves in a refracting lattice of connected discs

02:17

Charged particles reacting to form molecules

03:01

Bloopers 21: Boundary condition issues for the Kuramoto model on a sphere

04:33

Standing waves in a lattice of discs with next-to-nearest neighbor connections

03:29

Mixing charged particles with increasing interaction

02:18

3D rendering of a Kuramoto model of coupled phase oscillators with noise

02:53

Waves in a lattice of discs with next-to-nearest neighbor connections

03:05

Mixing charged particles

02:19

3D rendering of a Kuramoto model of coupled phase oscillators

04:25

Waves in connected Poisson disc cavities - 3D rendering

03:05

Force and charge density of charged particles bouncing in a box

04:33

Two sources of different frequencies in connected Poisson disc cavities

02:56

Can one maliciously add oneself to a group chat?

02:15

A Kuramoto model of coupled phase oscillators with stronger noise