Modern Foundations of Quantum Optics

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Focusing on modern quantum optics, this textbook provides a thorough overview that begins with classical optics and progresses to the quantum description of light, highlighting interference as a pivotal concept. It explores the distinctions between classical and quantum light, extensively reviews laser operation, and covers applications like laser cooling and quantum information. The text introduces quantum mechanics using Dirac notation and addresses unique topics such as Maxwell's demon and Berry's phase. It prioritizes physical understanding over mathematical formalism, making it suitable for beginners, and includes problem sets with solutions for enhanced comprehension.