- Jupiter! The Three Body Problem (code links under "How to Get Jupiter")
- the Ising model simulator
- the Wolff and Continuous Time Monte Carlo Ising model simulators
- Hysteresis and Avalanches simulation

- Introductory exercises
- Networks
- Dynamics and Locomotion
- Maps and Dynamical Systems
- Biology
- Computational Complexity
- Randomness
- Stocks, Volatility, and Diversification
- Generating Random Walks
- Biggest of Bunch: Gumbel distribution and extremal statistics
- Random Matrix Theory
- The Ising Model

- Other
- Self-Avoiding Random Walks
- Hysteresis and Avalanches simulation
- Jupiter! The Three Body Problem (code links under "How to Get Jupiter")

- Book Web Page
- Lecture notes for computational modules
- Computer exercise difficulties
- Python Software Answers and Demos tgz (Linux) and zip (Windows); Auto-unpack (Linux)
- Python setup info

James P. Sethna, Christopher R. Myers.

Last modified: March 26, 2006

Statistical Mechanics: Entropy, Order Parameters, and Complexity, now available at Oxford University Press (USA, Europe).