Temple University 4 credits PHYS
This course on Atomic, Molecular and Optical (AMO) Physics will provide upper level undergraduate students a preparation for research in AMO science through building a solid foundation for interaction of light with atoms and molecules. The course includes a review of atomic structure, interaction of atoms and molecules with external fields, semiclassical theory of light-matter interaction, introduction to dressed quantum states by laser radiation, experimental techniques of laser spectroscopy, cooling and trapping of atoms, Bose-Einstein condensation, nonlinear phenomena with light and ultrafast laser science. The computational component of the course involves using molecular potential energy functions to solve the radial Schroedinger equation for diatomic molecules. This component of the course is introduced in the context of labs in the laser laboratory of the AMO Physics group in SERC. The resulting wavefunctions can be used with theoretical electronic transition dipole moments to calculate fundamental parameters in the interaction of light with matter such as Einstein's coefficients for absorption of light, stimulated and spontaneous emission of light as well as Rabi frequencies. Note: Graduate students taking this course should have completed PHYS 5301 instead of PHYS 3301. Similarly Graduate students should have completed PHYS 5701 or CHEM 5301 instead of PHYS 3701.
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