Introduces the fundamentals of ultrafast optics, covering light pulses, dispersion, mode-locked lasers, and chirped pulse amplification.
Explores pulsed lasers and phase matching techniques in nonlinear optics, covering birefringent materials, modulators, Q-switching, mode-locking, and dispersion control.
Covers second and third-order nonlinear processes, ultrashort pulse characterization techniques, and optical parametric amplification.
Covers ultrafast lasers, non-linear optics, mode selection, cavity dumping, and chirped pulse amplification, exploring Nobel Prize-winning contributions in physics and chemistry.
Explores femtosecond laser pulse generation, nonlinear optics, pulse compression, and laser systems for ultrafast pulses.
Explores active, passive, and hybrid mode-locking in dye lasers, focusing on pulse stabilization and frequency generation.
Covers the basics of laser operation, including light-atom interaction and resonator design, discussing the quantum vs classical view of the atom and stimulated emission.
Explores laser principles, types, and hazards, focusing on eye and skin safety measures.
Covers the basic principles of laser operation, types of laser systems, noise characteristics, optical fibers, ultrafast lasers, and modern applications.
Covers laser systems, atomic transitions, and light attenuation in lasers, focusing on the electron oscillator model and absorption coefficient.
