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PHYS 8520: Scattering and Imaging
3.00 Credits
Clemson University
Explores the methods of scattering and imaging as complementary tools in studying the static and dynamic structure of materials. The basics of X-ray scattering, neutron scattering, and electron microscopy are covered. Relationships between these techniques and the fundamental concepts explored in solid state physics, inorganic chemistry and material physics are reviewed.
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PHYS 8520 - Scattering and Imaging
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PHYS 8530: Topological Phys Cond Matter
3.00 Credits
Clemson University
The study of topological insulators, as an extension of the band theory of solids. The basic theory of topological insulators and topological superconductors is covered, including Block theory, Berry connection, graphene/polyacetylene, and the integer quantum Hall effect. Both theory and experimentsin topological quantum condensed matter physics are reviewed.
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PHYS 8530 - Topological Phys Cond Matter
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PHYS 8550: Physics of Nuclear Medicine
3.00 Credits
Clemson University
Covers the basic concepts of atomic and nuclear physics in modern nuclear medicine; instrumentation used in the measurement of the interaction of non-ionizing and ionizing radiation with biological matter; basic components and characterization of nuclear medical imaging devices; and medical physics dosimetry protocols and radiation protection. Preq: PHYS 8410 and PHYS 9510 or consent of instructor.
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PHYS 8550 - Physics of Nuclear Medicine
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PHYS 8750: Selected Topics
1.00 Credits
Clemson University
Students and interested faculty study areas of physics currently being extensively investigated. May be repeated for credit, but only if different topics are covered.
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PHYS 8750 - Selected Topics
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PHYS 8900: Dir Activities Applied Physics
1.00 Credits
Clemson University
Training and work on practical problems are supervised by department faculty or by appropriate adjunct professor. Written description of student's activities must be submitted to course supervisor at completion of activity. Maximum credit limits are six credit hours in a semester and three credit hours in a single summer session. To be taken Pass/No Pass only.
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PHYS 8900 - Dir Activities Applied Physics
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PHYS 8910: Master's Thesis Research
1.00 Credits
Clemson University
Master's Thesis Research
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PHYS 8910 - Master's Thesis Research
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PHYS 9510: Quantum Mech I
3.00 Credits
Clemson University
Review of wave mechanics, operator algebra and theory of representation, approximate methods for stationary problems, theory of scattering applied to atomic and nuclear problems.
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PHYS 9510 - Quantum Mech I
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PHYS 9520: Quantum Mech II
3.00 Credits
Clemson University
Continuation of PHYS 9510. Time-dependent perturbations, radiation, absorption and emission, relativistic quantum mechanics, introduction to quantum electrodynamics.
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PHYS 9530: Quantum Field Theory
3.00 Credits
Clemson University
Basic ideas of quantum field theory for bosonic and fermionic fields are covered, with an emphasis on quantum electrodynamics. Quantum field theory is constructed from a classical Lagrangian. Feynman diagrams are applied to calculate relativistic scattering processes to lowest order in perturbation theory. Knowledge of basic quantum mechanics is required.
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PHYS 9530 - Quantum Field Theory
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PHYS 9660: Relativity
3.00 Credits
Clemson University
Special and general theory of relativity including tensor calculus, Lorentz transformation and three experimental tests of general theory: planetary motion and advance of perihelion of Mercury, bending of light rays in gravitational fields, and gravitational shift of spectral lines.
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PHYS 9660 - Relativity
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