In the rapidly evolving landscape of physics and engineering, few subjects have sparked as much technological revolution as photonics. At the heart of this revolution lies the study of lasers and non-linear optics—subjects that have transformed industries ranging from telecommunications to medicine. For students, researchers, and aspiring physicists, finding a foundational text that bridges the gap between theoretical concepts and practical applications is crucial.
Topics include multiphoton processes, harmonic generation, and laser-induced phenomena such as the modulation of electron waves. In the rapidly evolving landscape of physics and
: Formal development of non-linear processes and their applications. Advanced Topics : Coverage of lasers in spectroscopy, chemistry, medicine,
: Extensive updates include new sections on laser cooling, trapping of neutral atoms, and coherent state descriptions of electromagnetic fields. : Coverage of lasers in spectroscopy
: Coverage of lasers in spectroscopy, chemistry, medicine, and industrial ranging. Access and Editions