The ?eld that encompasses the term quantum interference combines a number of separate concepts, and has a variety of manifestations in d- ferent areas of physics. In the sense considered here, quantum interference is concerned with coherence and correlation phenomena in radiation ?elds and between their sources. It is intimately connected with the phenomenon of non-separability (or entanglement) in quantum mechanics. On account of this, it is obvious that quantum interference may be regarded as a com- nent of quantum information theory, which investigates the ability of the electromagnetic ?eld to transfer information between correlated (entangled) systems. Since it is important to transfer information with the minimum of corruption, the theory of quantum interference is naturally related to the theory of quantum ?uctuations and decoherence. Since the early days of quantum mechanics, interference has been - scribed as the real quantum mystery. Feynman, in his famous introduction to the lectures on the single particle superposition principle, referred in the following way to the phenomenon of interference: it has in it the heart of quantum mechanics, and it is really 'the only mystery' of quantum mech- ics. With the development of experimental techniques, it has been possible to carry out many of the early Gedanken experiments that played an important role in developing our understanding of the fundamentals of quantum int- ference and entanglement. Despite its long history, quantum interference still challenges our understanding, and continues to excite our imagination.

Assembles for the first time in a single volume accounts of many phenomena involving quantum interference in optical fields and atomic systems Provides detailed theoretical treatments and experimental analyses of such phenomena as quantum erasure, quantum lithography, multi-atom entanglement, quantum beats, control of decoherence, phase control of quantum interference, coherent population trapping, electromagnetically induced transparency and absorption, lasing without inversion, subluminal and superluminal light propagation, storage of photons, quantum interference in phase space, interference and diffraction of cold atoms, and interference between Bose-Einstein condensates Fills a gap in the literature and will be useful to both experimentalists and theoreticians

Autorentext

Zbigniew Ficek is a professor at the King Abdulaziz City for Science and Technology, Riyadh, Saudi Arabia. He graduated from the Adam Mickiewicz University, Poznä, Poland and worked for many years at the University of Queensland, Australia, where he was ARC QEII Fellow, Senior Research Fellow and then Professorial Research Fellow. He also worked at the Queens University of Belfast as UK EPSRC Professorial Research Fellow. His research speciality is quantum optics and quantum information. He is particularly well known for his contributions to the eld multi-atom effects, spectroscopy with squeezed light, quantum interference and multi-chromatic spectroscopy. He is the co-editor of a book on Quantum Squeezing, the author and co-author of over 160 scienti c papers, a research book on Quantum Interference, and two textbooks on Quantum Physics for Beginners and Quantum Optics for Beginners. Ryszard Tanä is a professor in the Faculty of Physics at Adam Mickiewicz University, Poznä, Poland. Since 1993 he has served as Head of Nonlinear Optics Division. His research focuses on theoretical quantum optics and quantum information. He is the recipient of the Wojciech Rubinowicz Award of the Polish Physical Society.

Klappentext

For the first time, this book assembles in a single volume accounts

of many phenomena involving quantum interference in optical fields

and atomic systems. It provides detailed theoretical treatments and

experimental analyses of such phenomena as quantum erasure, quantum

lithography, multi-atom entanglement, quantum beats, control of

decoherence, phase control of quantum interference, coherent

population trapping, electromagnetically induced transparency and

absorption, lasing without inversion, subluminal and superluminal

light propagation, storage of photons, quantum interference in phase

space, interference and diffraction of cold atoms, and interference

between Bose-Einstein condensates. This book fills a gap in the

literature and will be useful to both experimentalists and theoreticians.

Inhalt
Classical and Quantum Interference and Coherence.- Quantum Interference in Atomic Systems: Mathematical Formalism.- Superposition States and Modification of Spontaneous Emission Rates.- Quantum Interference as a Control of Decoherence.- Coherence Effects in Multi-Level Systems.- Field Induced Quantum Interference.- Slow and Fast Light and Storage of Photons.- Quantum Interference in Phase Space.- Quantum Interference in Atom Optics.