298. Experimental Courses
Modern Physics II
Applications of quantum mechanics to atomic and molecular systems. Topics include the hydrogen atom, the fine and hyperfine interactions, spin, and angular momentum. Many-electron atoms, simple molecules, bonding, and rotational and vibrational motions are also discussed. Throughout the course, basic concepts of quantum mechanics, such as wavefunctions, energy levels, quantum states and quantum numbers are stressed.
Scientific Computing
Traditional "chalkboard" mathematical methods are not always useful for solving real-world problems in the natural sciences. Often, analytical solutions are cumbersome or do not exist. In this class, we will use computer-based "numerical methods" to find quantitative answers to a variety of problems taken from physics, chemistry and occasionally biology. Topics include numerical integration and differentiation, root-finding, numerical solution to ordinary and partial differential equations, and discussion of numerical stability and accuracy. Prerequisites: Math 101, preferably with at least one core course in physics, chemistry, biology or computer science. Prior experience with computer programming is useful but not required.