Physics, PhD

Program Description

Graduate studies in physics and astronomy may be pursued by well-prepared students in the physical and mathematical sciences or engineering. As the basic physical science, physics offers unique intellectual opportunities. Theoretical, experimental, or computer-simulated studies of the physical universe, ranging from cosmology to quantum physics, and from atmospheric phenomena to biomolecular interactions, are available.

Normally, students are directly accepted into the PhD program. The ultimate goal is to carry out and publish independent scientific work in a chosen research field.

For more information, please visit http://www.clemson.edu/science/departments/physics-astro/academics/graduate/index.html.

Summary of Degree Requirements

Study for the PhD degree begins with the core courses intended to prepare students to carry out and publish independent scientific work. Students are also required to take four advanced courses at the 8000-9000 levels. These courses must be selected in consultation with the thesis committee and form part of the plan of study. These courses may be drawn from offerings in Physics and Astronomy or from programs in related fields. Students are required to complete the minimum credit hours defined by the Graduate School (at least 12 hours of graded coursework and 18 credits of research beyond the MS degree or at least 60 hours of credit beyond the bachelor’s degree with a minimum of 12 credit hours of coursework and 18 credits of research). During the second year of study, students must pass the written portion of the qualifying examination. Upon passing the written portion of the Qualifying Examination, students are required to pass the Comprehensive Examination, an oral exam that should be completed within 12 months of passing the written exam. Prior to the convocation at which the student expects to receive a PhD degree, a final oral examination and dissertation presentation must be completed.

Core Coursework

• PHYS 8110 - Methods of Theoretical Physics I  
• PHYS (ME) 8150 - Statistical Thermodynamics I 
• PHYS 8210 - Classical Mechanics I  
• PHYS 8410 - Electrodynamics I  
• PHYS 8510 - Methods of Spectroscopy  
• PHYS 8520 - Scattering and Imaging