01:00

Binary Black Hole Merger: an improved simulation

00:39

Binary Black Hole Merger: a first glance

01:01

My first attempt into Numerical Relativity simulations

03:06

Animating Schrödinger Equation with time-dependent Potentials!

00:30

Watching the Sunrise in Stockholm (27/06/2023)

02:01

Pendulum Waves Animation with elegant CELLO music

01:43

Gaussian wave packet in a quantum Schrödinger's Cat billiard

01:49

Eigenfunctions in Schrödinger's Cat! (Literally)

01:48

Eigenfunctions of an Ellipse are COOL!

01:37

Batman Eigenfunctions (Animating Schrödinger Equation)

02:12

Gaussian wave packet in a quantum Batman Logo billiard

01:08

Animating the Schrödinger Equation: Quantum Ellipse vs Circle Billiard

00:43

An Attempt with Kelvin-Helmholtz Instability (4K)

03:49

Animating Schrödinger Equation in COOL-LOOKING Potentials!

02:32

THIS IS HALLOWEEN! Drawing SPOOKY Characters with Fourier Series

01:17

Animating the Schrödinger Equation: Young's Double-Slit Experiment

02:25

Animating the Nonlinear Schrödinger Equation (NLSE)!

01:57

Animating Schrödinger Equation: the Delta Potential

01:37

This is what the Hydrogen Atom REALLY looks like!

01:51

Harmonic Oscillator VS Mexican Hat Potential: 2D Eigenstates

01:33

Obatining the Eigenstates for ANY Potential (1D) // Exact Diagonalization Method

00:56

The Hydrogen Atom in 2D is BEAUTIFUL // A Schrödinger Equation Simulation

01:07

Animating Schrödinger Equation in 2D is MESMERIZING! // Harmonic Oscillator vs Duffing Potential

01:31

Animating Schrödinger Equation is VERY Satisfying

00:51

Rock Paper Scissors Lizard Spock Celullar Automata

01:34

How Chaos leads to Order// Poincaré Sections and Bifurcation Diagrams//

00:45

A "homemade" Von Kármán Vortex Street Simulation

01:01

One last fluid simulation

02:08

I may use this in my Fluid Mechanics project

02:37

Dynamics of the spinning top: visualized!

01:22

Fluid Dynamics Simulation!

02:43

The coupled pendula: 2D and 3D// Beautiful patterns (ft. Lissajous)// Pendula dancing

01:43

Double Pendulum with a Bar and a Ring! // Lissajous curves and chaos?

02:46

Playing with Lagrangian Mechanics!

01:54

THE RAINBOW BEFORE CHAOS (WITH 500 DOUBLE PENDULUMS)// DOUBLE PENDULUM FRACTAL (WITH 360 000 PIXELS)

06:21

Pendulum Waves: harmonies and apparent chaos. How many patterns can you find?

02:27

COLLIDING BLOCKS COMPUTE π: an unexpected place to find our old friend

02:11

Double Pendulum simulation: Chaos and more about Lissajous.

02:55

Lagrangian points and stability: comparing systems// (Full Screen and high brightness recommended)

02:34

I HAVE "DISCOVERED" SOMETHING INCREDIBLE!! // Lissajous figures in 3D using springs

02:01

The "strange" pendulum: a tale about chaos // HIGH BRIGHTNESS RECOMMENDED

01:48

Waves in an elliptic and in a circular pond

02:44

The sand pendulum// Lissajous patterns// Inspired by Bruce Yeany's video// WATCH TILL THE END!

01:07

Transverse waves in 2D: a satisfying physics simulation.

01:21

Spherical Pendulum: the beauty of simplicity.

01:53

The Lorenz Attractor: the beauty of Chaos and the Butterfly.