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Fundamentals of High Power Lasers: Provide an introduction to the principles of high power lasers, including the physics of laser operation, types of high power lasers (e.g., solid-state, fiber, CO2), and the mechanisms of laser amplification and beam generation.
Laser Systems and Design: Discuss the design and construction of high power laser systems, including key components such as laser gain media, optical resonators, pump sources, and cooling systems. Explore the challenges of integrating these components to achieve desired power levels and performance.
Beam Propagation and Control: Examine the principles of beam propagation and control in high power lasers, including beam shaping, beam quality, and optical systems for focusing and steering. Address issues related to beam divergence, aberrations, and adaptive optics.
Applications of High Power Lasers: Explore the various applications of high power lasers across different fields, including materials processing (e.g., cutting, welding), medical applications (e.g., laser surgery, dermatology), defense and security (e.g., laser weapons, lidar), and scientific research.
Safety and Handling: Address safety protocols and handling procedures for high power lasers, including risk assessments, protective measures, safety equipment (e.g., laser safety glasses, enclosures), and regulations and standards for laser safety
