An Introduction to Quantum Optics

This book offers a thorough revision of fundamental concepts in quantum optics, including new topics and practical applications for better understanding.

In An Introduction to Quantum Optics, the author presents a comprehensive revision of the foundational concepts surrounding the quantum theory of light. This updated edition not only highlights significant advancements in the field but also enhances the clarity and structure of the basic theories and concepts. With a strong focus on experimental elements, the book serves as a vital resource for understanding both classical and quantum mechanical measurement techniques within the realm of quantum optics.

The text provides a thorough overview of essential methods, allowing readers to analyze, summarize, and tackle quantum optical challenges effectively. The broad range of topics covered, along with an emphasis on practical applications, distinguishes this book from other resources available in the field. New discussions on contemporary subjects, such as the nature of photons and the concept of distinguishability, ensure that the content remains relevant and up-to-date.

Key features of this edition include a complete update of a classic textbook, the introduction of new topics like optical coherence and turbulence-free interferometry, and the addition of chapters on intensity fluctuation correlation and thermal light ghost imaging. Furthermore, the author expands on discussions related to optical tests of quantum theory, Popper’s experiment, and Einstein’s locality questions, providing a more coherent and comprehensive treatment of introductory quantum optics.