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From the PublisherFrom a review of the author's previous but related book 'More than One Mystery'
"Speaking as one with no math background at all and no formal training in physics, I still found this book fascinating and thoroughly enjoyable. Silverman is something of a polymath, with wide-ranging interests, and he succeeds in bringing together concepts from different fields of study in unexpected but very fruitful ways. He surely must be a wonderful classroom teacher; his enthusiasm for his subject matter is contagious, and to say that his use of language in his writing is masterful is an understatement. …he is always engaging, and never dry. Throughout, his descriptions are a model of clarity, and the precision of his vocabulary in the simplest nontechnical sentences is awe-inspiring in its elegance. This is not a textbook, but any serious student of physics who doesn’t own a copy is missing out on an important book."
From the reviews:
"Quantum Superposition is an extensive revision of Silverman’s More than One Mystery: Explorations in Quantum Interference … . By looking at different forms of superposition, Silverman is able to explore a wide range of phenomena, and he is not shy about addressing controversial topics. The book includes discussions of Schrödinger’s cat, Wheeler’s delayed choice experiment, and macroscopic quantum interference. … Summing Up: Recommended. Graduate students and up." (E. Kincanon, CHOICE, Vol. 45 (11), August, 2008)
“‘Quantum Superposition. Counterintuitive Consequences of Coherence, Entanglement, and Interference’ is a thorough, consistent and well-written book on quantum mechanics that I also consider as the remarkable attempt of the author to put the fundamentally deep order onto the quantum mechanics’ wonderland around the phenomena of quantum interference that are originated from the quantum principle of superposition in its different facets. Undoubtedly and definitely, this book must be recommended for the general audience of readers who are interested in the fundamental grounds of quantum mechanics.” (Eugene Kryachko, Zentralblatt MATH, Vol. 1183, 2010)