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He shows how the strangeness of the quantum world is implicit in the ordinary experiments of physicists. (what he calls the "Cinderalla Effect.") The best thing about this book is that the main thrust of the book is speculation on the nature of deep reality, without it being a "New Age" treatment like the "Tao of Physics" and other books. Yes, reality may be affected by consciousness, he says, but only in certain contexts and only for dynamic attributes of particles.
The book ends with a discussion with Bell's theorem that reality itself is nonlocal (unmediated, unmitigated, and immediate action-at-a-distance forces acting upon objects.) He explains that this nonlocality exists even if quantum theory eventually turns out to be false.
The quantum world is strange and mysterious enough without "New Age" explanations added unto it, as you will discover when you read this book.
This book delves into the realm of accuracy in certainty and certainty in randomness and beyond! Afraid of math? Don't worry, this book does a superb job of explaining the subject in terms a layman can understand. Is probability an optimists way of expressing uncertainty, or is uncertainty really random, or is random just a term to conceal our ignorance? You'll get the answer. Very weird!
It explains very succinctly the two most important waveforms in science, sine waves and spherical harmonics. Thought color was an inate attribute? Wrong! Learn the 5-steps to take to find a attribute of a quon using quantum theory! You'll think you're Steven Hawkings after reading this great book! Now I can say with confidence that DNA is to genetic code what a waveform attribute is to cosmic code! What the hell did I just say? You'll know after reading this book! Become a genius (or at least look like one) in a week!
Even if you don't like scienctific "stuff", you'll love this book just for its weirdness! You'll see why possibility squared equals probability! heh heh... You'll also find out if a tree really makes a noise if it falls in a forest when you're not there! :)
Wondering about the finer aspects of the photoelectric effect? It's in here. Why does a camera lens look purplish? It's in here too! What is reality? ... :) If you thought Bell's Theorem was weird, you haven't seen nothin' yet! There is nothing as weird as quantum theory. You won't want to believe it, but "quantum theory boldly exposes itself to potential fasification on a thousand diffent fronts. Its record is impressive: quantum theory passes EVERY test we [physicists and philosphers alike] can devise.
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