A physics master's degree that solidifies your understanding on the core aspects of physics in both research and technical skill as you study areas of physics that support your career interests.
The program focuses on providing advanced knowledge in core areas of physics. This includes electrodynamics, quantum and classical mechanics, and statistical physics, as well as one or more sub-areas of physics that correspond to each students' individual interests and career aspirations. Students work with the program director to develop a tailored individual academic plan that includes course work that supports these goals. Sub-areas may include modern and quantum optics; lasers; computational physics; solid-state, materials, and device physics; soft matter and biological physics; radiation scattering spectroscopy; relativity and gravitation; and nanoscale physics. The program also includes professional skills in organization and leadership, managing research teams, promoting innovation or sustainable technologies, entrepreneurship and intellectual property, finance and accounting, data science, scientific visualization, electronics, STEM pedagogy, and education research, public policy, and communication skills.
Program facilities equipment
Students are exposed to numerous laboratories throughout their studies: X-Ray and Surface Science Laboratory, Atomic-Scale Microscopy Laboratory, Laser Light Scattering Laboratory for complex and biological fluid studies, Optics Laboratory, Materials Laboratory, Quantum Optics Teaching Laboratory, Physical Optics Teaching Laboratory, Modern Physics/Advanced Physics Teaching Laboratory, Electronics Teaching Laboratory, Instrument/Detector Development Laboratory for Experimental Cosmology, Observatory, Granular Materials Laboratory, Supercomputer Clusters, and the Nanopower Research Laboratories (NPRL).