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September 3: Rate equations; saturation; absorption; population inversion; gain
Reading assignment: Loudon, Ch 1&2; M&S, Ch. 3 and 4.
September 5: No class September 10: No class September 12: No class September 17: Class begins at 12:00 noon: Optical cavity; lasing; pumping; losses. Atom-field interaction; selection rules; time-dependent perturbation theory; golden rule September 19: Class begins at 12:00 noon: Optical susceptibilities; homogeneous line broadening; Rabi oscillations; coherent time-evolution; density matrix formalism September 24: Class begins at 12:00 noon: Dipole oscillations; comparison of classical and quantum oscillators; decay processes; optical Bloch equations; research paper discussion; September 26: Regular schedule (1:00 pm): Rotating frame; inhomogeneous line broadening; absorption and saturation revisited
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