Physics 3800 Computational Physics

Most disciplines within physics require computational methods in some way. It is our intention to train students to apply computational methods to physics problems using Fortran or C code. We will provide a three-way balance between understanding the theory behind the methods, actually implementing the method to a specific problem (programming from scratch, using existing libraries), and becoming accustomed to doing so within a Unix-like environment (which might entail, for example, using scripts to manage data sets and program execution).

We will select a few methods that may include, but are not limited to, the following: numerical differentiation and integration; linear algebra, including solving systems of equations and finding the eigenvalues of a matrix (vibrational normal modes of a set of oscillators); ordinary differential equations (charged particles in an electromagnetic); partial differential equations (shallow water wave dynamics); Monte Carlo and molecular dynamics simulations (properties of condensed matter systems).

Dr. Saika-Voivod

Classes Tuesdays and Thursdays 9am to 10:15am C3067

Lab: Fridays 2pm to 3:50pm (+ extra time after), C3057

Help Session (Office Hours): TBD