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This video shows the quantum tunneling of a quantum particle with a finite initial momentum, represented by a Gaussian wave ...

Simulation of Schrödinger's equation for a quantum particle in a Sinai billiard, with the same parameters as in the video ...

This video shows a freely moving quantum particle, represented by a Gaussian wave packet. The wave function displayed is its ...

This video shows a quantum particle, represented by a Gaussian wave packet in a 1D box with infinite potential barriers on both ...

This video shows a quantum particle, represented by a Gaussian wave packet with a broad initial spatial distribution and a small ...

This video shows the constructive quantum interference, represented by two Gaussian wave packets with the same initial phases ...

Here is what happens when you play pool/billiard with a quantum particle. Because of the spreading of the wave function, there is ...

This video shows the constructive quantum interference, represented by two Gaussian wave packets with zero initial momenta ...

This video shows a 3D rendering of Young's double-slit experiment for a quantum particle, similar to the 2D versions previously ...

This video shows the evolution of a quantum particle, represented by a Gaussian wave packet, in the vicinity of a hard wall (infinite ...

This video shows a quantum particle, represented by a Gaussian wave packet, hitting a hard wall (infinite potential barrier).

This #short video is a 3D version of the simulations https://youtu.be/t86YK1UoOVE and https://youtu.be/RK_T5VncZ_o showing a ...

This is a first try at simulating the quantum hydrogen atom, an item that has been on my viewers' wish list for a long time.

This third simulation of the quantum hydrogen atom solves Schrödinger's equation with a -1/r potential, for an initial state given by ...

This second simulation of the quantum hydrogen atom shows again a solution of Schrödinger's equation with a -1/r potential, ...

Wave packet in square box with a circular hinder, causing it to diffract. Color denotes phase, height probability density.

The variation of radial probability density `R^2` (r) as a function of distance r of the electron from the nucleus for 3p orbital:

This is a simulation of two colliding one-dimensional fermions, as suggested in a comment on this channel. In quantum mechanics ...

In this simulation of the quantum hydrogen atom, the z-coordinate shows the sum of the Coulomb potential and the modulus ...

This is a longer version of Part 7 in the video https://youtu.be/p1F0ph6xx2Y which showed a solution of Schrödinger's equation in ...

In this simulation of the quantum hydrogen atom, the z-coordinate shows the sum of the Coulomb potential and the modulus ...

We describe the possible fundamental vibrations on a sphere in three dimensions by counting, mirroring and rotating nodal lines.

This new episode of our #shorts shows the solution of Schrödinger's equation for a quantum particle moving towards, and partly ...

This is a first attempt at simulating a quantum particle in a magnetic field. The particle moves in a plane, and the magnetic field is ...