Physics 71200 Photonics I (Fall)
Lecture 0: Course overview
Lecture 1: Review of Maxwell equations Lecture note
Lecture 2: Plane waves Lecture note
Lecture 3: Reflection, refraction, and evanescent wave Lecture note
Lecture 4: Chromatic dispersion Lecture note
Lecture 5: Thin film optical devices Lecture note
Lecture 6: Optical waveguide I Lecture note
Lecture 7: Optical waveguide II Lecture note
Lecture 8: Waveguide devices Lecture note
Lecture 9: Periodic media Lecture note
Lecture 10: Metal optics Lecture note
Lecture 11: Surface plasmon polaritons Lecture note
Lecture 12: Surface phonon polaritons Lecture note
Lecture 13: Interaction of radiation and atomic system Lecture note
Lecture 14: Stimulated emission and amplification Lecture note
Lecture 15: Laser oscillation I Lecture note
Lecture 16: Laser oscillation II Lecture note
Lecture 17: Semiconductor lasers Lecture note
Lecture 18: Photodetectors Lecture note
Physics 85200 Selected Topics in Advanced Physics: Lasers and Nonlinear Photonics (Spring)
Lecture 0: Course overview
Lecture 1: Overview of nonlinear optical processes Lecture note
Lecture 2: Nonlinear susceptibilities Lecture note
Lecture 3: Nonlinear wave equation Lecture note
Lecture 4: Phase matching and QPM Lecture note
Lecture 5: SFG, SHG Lecture note
Lecture 6: DFG, Optical parametric amplification Lecture note
Lecture 7: Optical parametric oscillator Lecture note
Lecture 8: Kerr effect Lecture note
Lecture 9: Pulse propagation, dispersion Lecture note
Lecture 10: Chirp, Self-phase modulation Lecture note
Lecture 11: Modulation instability, Soliton Lecture note
Lecture 12: Raman and Brillouin Scattering Lecture note
Lecture 13: Stimulated Raman Scattering (SRS) Lecture note
Lecture 14: Stimulated Brillouin Scattering (SBS) Lecture note
Lecture 15: Interaction of radiation and atomic system Lecture note
Lecture 16: Stimulated emission and amplification Lecture note
Lecture 17: Laser oscillation I Lecture note
Lecture 18: Laser oscillation II Lecture note
Lecture 19: Mode locking and Q-switching Lecture note