EP 440
Computational Methods in Atomic and Molecular Physics
Course Webpage
Content
1.
Introduction to Mathematica
2.
Solution of physical problems using Mathematica
3.
Introduction to Scientific WorkPlace
4.
Preparing slides with SWP
5.
Preparing Project Report with SWP
6.
Rewiev of the basic principles of the quantum mechanics.
7.
Solution of the eigenvalue problems by using mathematica.
8.
Mathematical techniques in atomic and molecular physics.
9.
The rotation of diatomic molecules and the treatment of a simple harmonic oscillator.
Refererence Books:
1. Mathematica for Theoretical Physics II, Baumann, Springer 2005
2. Wolfram, Stephen, Mathematica book — 5th ed.
3.Paul R.Wellin,Richard J. Gaylord ,Samuel N. Kamin, An Introduction to Programming with Mathematica,Third Edition
Results Problem Set 3 L1 L2 L3 L4 (Hydrogen atom and quantum numbers)
Copyright © 2009
Updated 23 February 2011 by Dr. Eser OLĞAR