Schedule
FØ 1 | 10/2 | Introduction | Fredrik & Jens | |
FØ 2 | 26/2 | Stimulated Transitions | Tomas K U | |
Electric Dipole Transitions | ||||
FØ 3 | 5/3 | Atomic Rate Equations | Robert L | |
The Rabi Frequency | ||||
FØ 4 | 12/3 | Laser Pumping/Pop Inversion | Gustav L | |
Laser Amplification | ||||
FØ 5 | 19/3 | More on Laser Amplification | Miguel I O | |
Linear Pulse Propagation | ||||
FØ 6 | 26/3 | Nonlinear Pulse Propagation | Charlotte L | |
FØ 7 | 9/4 | Laser Mirrors/Regen Feedback | Riaan C | |
FØ 8 | 16/4 | Fundamentals of Laser Oscillation | Hoda K | |
Oscillation Dynamics & Threshold | ||||
FØ 9 | 7/5 | Optical Beams/Resonators | Anne-Lise V | |
FØ 10 | 21/5 | Ray Optics and Matrices | Eleonora D L | |
FØ 11 | 28/5 | Wave Optics/Gaussian Beams | Ruslan I | |
Physical Properties of Gauss Beams | ||||
FØ 12 | 11/6 | Beam Perturb and Diffraction | Katarina S | |
Stable Two-Mirror Resonator | ||||
FØ 13 | 11/6 | Complex Paraxial Wave Optics | Xu S | |
Generalized Paraxial Resonator | ||||
FØ 14 | 12/6 | Unstable Optical Resonators | Alexandrs M | |
More on Unstable Resonators |