Vlatko Vedral is a distinguished physicist whose work delves into the intricacies of quantum mechanics and quantum information theory. His research, particularly on entanglement, explores the fundamental nature of reality. Vedral's writings offer readers a fascinating exploration into the complex concepts of the quantum realm. His innovative approach and profound understanding of quantum principles establish him as an influential figure in theoretical physics.
Exploring the boundaries of scientific explanation, this book questions whether all sciences can be reduced to physics. It begins with an examination of the divide between quantum and classical physics, then delves into chemistry, biology, and social sciences. Authored by a practicing scientist, it provides a personal perspective enriched by the latest research, making complex topics accessible and engaging for readers interested in the interplay of different scientific disciplines.
By turns irreverent, erudite and funny, Decoding Reality is - by the standard of books that require their readers to know what a logarithm is - a ripping good read...Not since David Deutsch's magestierial 'The Fabric of Reality' has a physicist given us such a wide-ranging and intriguing picture of how quantum mechanics constructs the world. Seth Lloyd, New Scientist
Contains all the necessary material for quantum physics and relativity in the first two years of a typical physics degree course. This title features topics that comply fully with the Institute of Physics guidelines, and also includes applications, such as Bose condensation and global positioning system (GPS).
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.