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

Example showing how to work with probability density functions using the 1s electron in hydrogen.

Hi I'm Steven Neshoba and I am here to tell you a little bit about a Maxwell probability density function and the maximal probability ...

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

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

Continued from part a: http://www.youtube.com/watch?v=Y_k6fSFwOVk The playlist: ...

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

6. The accuracy of Hartree-Fock wavefunctions - briefly.

Hello I'm Stephen estaba and here to tell you a little bit about Boltzmann probability densities so what's the Boltzmann probability ...

A brief description of how probability arises in quantum mechanics through the statistical interpretation of the wavefunction.

Explore the quantum wavefunction and how it describes the probability behavior of particles. This video introduces the ...

4. The Hartree product wavefunction.

Today we'll look at how probability impacts the way we calculate properties of a system like an atom or molecule. That'll lead us to ...

Introduction to Quantum Chemistry by Prof. K. Mangala Sunder,Department of Chemistry and Biochemistry,IIT Madras.For more ...

The solutions to the Schrodinger equation with potential everywhere zero, the free particle solutions, are introduced and briefly ...

5. The Hartree-Fock (determinant) wavefunction.

This is the fourth lecture for Chapter 2, where we derive the probability current and show how it can be used to show that ...

Here we continue our discussion on quantum mechanics and we start to discuss the physical interpretation of the wavefunction.