Computational studies of quantum defects and high energy density science

Professor: David Strubbe

Description: My group studies condensed matter physics by quantum mechanical calculations of the electrons in materials, and two main project areas are possible. (1) Defects in solids can be used for quantum computing and quantum information science; you could study the structure, electron spins, vibrations, and/or optical properties of defects in semiconductors including 2D materials. (2) Extreme pressures and temperatures occur in planets and laser fusion experiments, in the domain of high energy density science; you could study the behavior of electrons under extreme pressure or the interaction of intense lasers with materials.

Preferred Qualifications: Not required but any of the following would be helpful: knowledge of quantum mechanics, computational physics, and/or condensed matter physics