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The three quantum numbers for an electron in an H atom (or a hydrogen-like ion) determine its characteristics, including its size, ...

The wavelike properties of a quantum mechanical system are described by a function named (naturally enough) the wavefunction.

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

A simulation of Schrödinger's equation in a stadium. Colors show the probability density (modulus of the wave function squared), ...

What is a Wavefunction in Quantum Mechanics? Does it have a physical significance? How do we know whether a given ...

A solution to Schrödinger's equation in a hexagonal domain. The conditions are the same as in the video ...

The H atom wavefunctions with quantum number l=0 are called s orbitals. Electrons in these wavefunctions are spherically ...

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.

... equation, the idea of stationary states, and the basic physical meaning of the wavefunction: |ψ(x)|^2 as a probability density for ...

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

This lecture video is now part of: https://www.youtube.com/watch?v=Xfv7bOwcZaA Edited for Physics 4C at College of Alameda ...

The H atom wavefunctions with l=1 and l=2 correspond to p and d orbitals.

Using Denchar, one can generate MOs for molecules (at Gamma point) or Wave function for different bands. Here water molecule ...

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

This lecture develops expectation values as the key bridge between the wavefunction and measurable predictions. We start with ...