




Information Theory and Quantum Physics: Physical Foundations for Understanding the Conscious Process (Theoretical and Mathematical Physics) [Hardcover]
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Item description for Information Theory and Quantum Physics: Physical Foundations for Understanding the Conscious Process (Theoretical and Mathematical Physics) by Herbert S. Green...
In this book, H. S. Green, a former student of Max Born and well known as an author in physics and in philosophy of science, presents an individual and modern approach to theoretical physics and related fundamental problems. Starting from first principles, the links between physics and information science are unveiled step by step: modern information theory and the classical theory of the Turing machine are combined to create a new interpretation of quantum computability, which is then applied to field theory, gravitation and submicroscopic measurement theory and culminates in a detailed examination of the role of the conscious observer in physical measurements. The result is a highly readable book that unifies a wide range of scientific knowledge and is essential reading for all scientists and philosophers of science interested in the interpretation and the implications of the interaction between information science and basic physical theories. Promise Angels is dedicated to bringing you great books at great prices. Whether you read for entertainment, to learn, or for literacy  you will find what you want at promiseangels.com!
Item Specifications...
Pages 244
Est. Packaging Dimensions: Length: 9.4" Width: 6.3" Height: 0.7" Weight: 0.7 lbs.
Binding Hardcover
Release Date Jan 14, 2000
Publisher Springer
ISBN 354066517X ISBN13 9783540665175

Availability 140 units. Availability accurate as of Oct 28, 2016 12:38.
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Reviews  What do customers think about Information Theory and Quantum Physics: Physical Foundations for Understanding the Conscious Process (Theoretical and Mathematical Physics)?
 A deeper understanding! Aug 12, 2003 
It started with Alan Turing and John von Neumann: Classical computation follows the model of A. Turing, strings of bits, i.e., 0s and 1s; a mathematical model, now called the Turing mashine. Why not twolevel quantum systems? The thought was long in coming: From Bohr and Heisenberg to Feynman! The bright idea finally arrived, and with vengeance. An model for computation based on twolevel quantum systems was suggested in the 1980ties by R.P. Feynman and D. Deutsch. Then another wait: It wasn't until Peter Shor's qubitfactoring algorithm in the mid 1990ties that the subject really took off, and really caught the attention of the math community. The 'unbreakable' codes might be breakable afterall! The fact that Shor found a polynomial factoring algorithm naturally shook up the encryption community as well; and for obvious reasons. New elements of thinking in the quantum realm, and not part of the classical frame of mind, include the basics of quantum theory: superposition of (quantum) states, uncertainty, and (quantum) coherence. Although these concepts are at the foundation of quantum theory, they make a drastic change in the whole theoretical framework for computation: Now when one passes from the classical notion of bitregisters to that of qubitregisters, the laws of quantum mechanics take over; and exclude the traditional cloning principle of error correction. Something different must take its place: A new theory! Mathematical physicist and computer scientists must revisit Bohr, Einstein, Heisenberg, Pauli, and Dirac. In passing from logic gates to quantum gates(unitary matrices), the concept of switchingnetworks from computer science changes drastically. It introduces new challenges, and new truely exciting opportunities. It is not easy for authors who break with tradition to make everyone happy; this is especially so in a new field,one which has grabbed headlines, and one which is at the same time interdisiplinary.  This intriguing book covers several of the appropriate areas of physics (quantum theory, (some) experiment...), of artificial intelligence, of philosophy, of computer science (the mathematical physics side of the subject), and of math (operators in Hilbert space, and the theory of algorithms). In my opinion, the author did a great job. The level of the book is suitable for grad students in math, in CS, and in physics: It could perhaps have used some more worked examples and exercises. (Fortunately they can be found in other books on quantum computation, such as the NielsenChuang book.) This book is timeless, and I expect it will also be popular ten years from now.   Write your own review about Information Theory and Quantum Physics: Physical Foundations for Understanding the Conscious Process (Theoretical and Mathematical Physics)
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