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Explores the concept and theory of frequency conversion in non-linear optics, emphasizing the importance of phase matching for efficient conversion.

Covers the fundamentals of lasers, their historical development, and applications in engineering fields.

Covers the design and transitions of high power laser diodes.

Explores Doppler broadening, resonators, and the 3 level system in laser operation.

Covers the principles and applications of autocorrelators in laser technology.

Explores optical parametric oscillators (OPO) for non-linear frequency conversion and their applications in engineering.

Explores the history of lasers and the Lorentz model for atom-light interaction.

Explores fiber coupling and relaxation oscillations in laser diodes, focusing on modulating laser speed and changing beam shape.

Explores the principles and applications of autocorrelators in measuring laser pulse profiles.

Provides an overview of laser fundamentals, applications, and technologies relevant to engineering and manufacturing processes.

Covers second and third-order nonlinear processes, ultrashort pulse characterization techniques, and optical parametric amplification.

Discusses beam quality in lasers, focusing on the beam parameter product and its applications in fiber coupling and modulation speed.

Explores semiconductor lasers, gain saturation, and beam quality evaluation in laser systems.

Explores ultrafast lasers, beam steering technologies, chirped pulses, and mode-locking for high laser powers.

Covers the basics of laser technology, different laser systems, and advanced laser applications.

Explores laser fundamentals, historical perspective, and modern applications in engineering.

Explores rate equations in laser systems, semiconductor lasers, beam quality, and applications.

Explores chirped pulse amplification for ultrashort laser pulses and the significance of Carrier-Envelope Phase stabilization.