Numerical Methods for Scattering and Resonance Properties in Molecules and Solids

This course focuses on teaching numerical methods for analyzing scattering and resonance properties in molecules and solids. The learning outcomes include understanding the challenges of discretizing continuum states in electronic structure and applying numerical methods to efficiently compute these properties. The course covers mathematical insights into the problem and practical techniques for computations, with applications in condensed matter physics and chemistry. The teaching method involves a presentation by Antoine Levitt, showcasing recent efforts and example applications. This course is intended for individuals interested in quantum mechanics, electronic structure, condensed matter physics, and chemistry.