Martin Wegener Books

The emergence of nonlinear optics in the wake of the laser's invention in 1960 revolutionized the field, leading to significant advancements in technology and scientific understanding. This book explores the development of nonlinear optics, highlighting key discoveries and applications that have shaped modern optics and photonics. It delves into the principles behind nonlinear interactions and their implications for various industries, showcasing the transformative impact of this discipline on both research and practical applications.

The book introduces a novel approach to teaching semiconductor physics through a dual lecture format by an experimentalist and a theorist. Aimed at advanced students, it revisits key concepts in semiconductor optics and transport while bridging theory and practice. The authors address the lack of comprehensive textbooks on the subject, providing intuitive explanations and phenomenological insights, alongside accessible calculations that encourage student engagement and understanding. This method fosters a cohesive grasp of both experimental and theoretical aspects of semiconductor physics.