Authors

Mehdi Ayouz, V. Kokoouline, J.M. Gillet, P.E. Janolin

Quantum mechanics

  • Introduction
  • Chapter 2
    Modeling an infinite potential well and other types of quantum wells.

  • Chapter 3
    Simulating the \(\alpha \)-decay of a radioelement.
    Calculation of the half-life of a particle in a nucleus.

  • Chapter 4
    Rotational Constants determination.


    Graphical presentation of the Spherical Harmonics.

  • Chapter 5
    Simulations of the Hydrogen atom.

  • Chapter 6
    Harmonic oscillator (1D and 2D).

  • Chapter 7
    Time-Dependent Schrodinger Equation Solving.


    Time-Dependent Schrodinger Equation Solving in the case 2D diffraction.

  • Chapter 8
    Perturbation Theory (1D & 2D).


    Time dependent perturbation theory.

  1. 1
  2. 2

v.1.1 [12.03.2019-06.03.2020]. Full-stack programming and site design by A.V. Korovin (a.v.korovin73@gmail.com)