Physics 373: Introduction to Computational Physics

Welcome to the online manual for Physics 373.

This course teaches the basic skills of scientific computing. If you wish to learn more about the course, you can read the brief description If this is your first visit to this page, please look at the guidelines on using this web manual.

The solutions to the final exam are available .

Now that the course is over, your computer accounts will be removed after some grace period. There is some information about how to save the work in your accounts.

Course material

Administration material for the course This chapter contains administrative information about the course.

Preliminary lecture plan Detailed lecture plan

List of assignments List of assignments and solutions. Class programming project with solutions

Reference material for the course This chapter is full of reference information on computational physics.

Archive of list of assignments This chapter contains the archive of announcements emailed to the class.

Background reading for the course A collection of background material for the course.

GET HELP Tired? Frustrated? Then maybe you should look for some human help.


The computational approach to doing science is inherently multi-disciplinary: it requires of its practitioners a firm grounding in applied mathematics and computer science in addition to a command of one or more scientific or engineering disciplines or in the high-tech arts.

Ken Wilson (Nobel Prize Winner in Physics)
Acknowledgments
Craig McNeile mcneile@mail.physics.utah.edu
Last modified: Wed Jun 10 17:31:44 1998