This document presents the results of the solution of the time dependent Schrodinger equation for one- and two dimensional one particle systems. Simulation results for different V(r) potentials are displayed as images and animation. The program to calculate the images is also available.

Animation of 3-dimensional quantum scattering of a neutron off an aluminum target.

A brief introduction to quantum scattering as well as a full-text Ph.D. thesis from Adam Lupu-Sax.

Introduction to the Loschmidt echo, also known as fidelity. Contains animations of the time evolution of a wave packet in the Lorentz gas and in the "smooth" stadium billiard.

Addresses the phenomenon of quantum tunneling. Presents animations of the scattering of a particle from two-dimensional potential barriers and wells, as well as from barriers with slits.

Concise introduction to scattering in classical and quantum mechanics. Special attention is devoted to the Ramsauer scattering.

Visualization of eigenfunctions of chaotic billiards in two dimensions.

This JAVA applet integrates the Schrödinger wave equation and produces an animated wave packet.