These are some of the Java applets used in lectures and assignments.

• Ideal-gas PVT apparatus
• Hard-disk PVT apparatus
• Hard-disk MD highlighting incipient collisions
• Demonstration of cubic periodic boundary conditions
• Incorrect MD simulation that misses collisions because of PBC
• Simple prototype MD applet
• Demonstration of non-ergodicity
• Naive direct quadrature of the configuration integral
• Fluctuations
• Hard-disk simulation with pressure evaluated via the virial
• Evaluation of an integral using rectangle-rule versus simple Monte Carlo sampling
• Evaluation of a two-dimensional integral using rectangle-rule versus simple MC sampling
• Evaluation of a one-dimensional integral using simple MC vs. importance sampling
• Study of a Markov process
• Simple Monte Carlo simulation of a hard-disk fluid
• Simple NPT Monte Carlo simulation of a Lennard-Jones fluid
• Calculation of performance measures for a simple Markov process
• Verlet integration scheme applied to a Lennard-Jones system
• Andersen thermostat
• Radial distribution function for the square-well system
• Direct lattice sum for a primitive model
• Decomposition of the Ewald sum for a primitive model
• Widom insertion calculation of the hard-sphere chemical potential
  
  
• A few more here

Here is an archive containing all files needed to run the applets locally.

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