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The Quest for the Quantum Computer

de Julian Brown

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2013135,554 (3.09)1
The traditional and ubiquitous digital computer has changed the world by processing series of binary ones and zeroes...very fast. Like the sideshow juggler spinning plates on billiard cues, the classical computer moves fast enough to keep the plates from falling off. As computers become faster and faster, more and more plates are being added to more and more cues. Imagine, then, a computer in which speed is increased not because it runs faster, but because it has a limitless army of different jugglers, one for each billiard cue. Imagine the quantum computer. Julian Brown's record of the quest for the Holy Grail of computing -- a computer that could, in theory, take seconds to perform calculations that would take today's fastest supercomputers longer than the age of the universe -- is an extraordinary tale, populated by a remarkable cast of characters, including David Deutsch of Oxford University, who first announced the possibility of computation in the Alice-in-Wonderland world of quantum mechanics; Ed Fredkin, who developed a new kind of logic gate as a true step toward universal computation; and the legendary Richard Feynm… (mais)
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Exibindo 3 de 3
This is a well written book that covers the fundamental ideas of quantum computing and quantum physics as of 2001. A previous review makes the author sound biased towards David Deutch’s multiverse interpretation. While the multiverse and Deutch’s ideas are discussed at length, I didn’t feel the author was biased nor focused solely on Deutch. He reviewed the ideas of many researchers and discussed their strengths and weaknesses.

I would have given the book a higher rating if it had stayed more focused on just quantum computing, but it ranges widely from the interpretations of quantum physics to quantum cryptography (nearly a quarter of the book). Its not that these sections were poorly written, just that they are somewhat ancillary to the book’s title. But where the author focuses just on quantum computing he does a good job in explaining the basic ideas. He covers quantum logic (Fredkin, Hadamard, and Toffoli gates) and potential designs for building a quantum computer. He also discusses a logic notation that can represent superpositions of qbits. This notion and some of the mathematics introduced in the chapters on cryptography were the most difficult areas of the book, but they can be skimmed without losing the major ideas being presented.

The last chapter is a catch all that covers nanotechnology, DNA computing, consciousness and the universe. Enjoyable chapter but covered in lots of other books (i.e. Michio Kaku’s "Visions"). ( )
  gregfromgilbert | Jun 14, 2007 |
A reprint of _Minds, Machines, and the Multiverse_ (Simon & Schuster, 2000). A good book, but why do publishers have to play these deceitful retitling games?
  fpagan | Dec 28, 2006 |
A journalists account of quantum computing, and thus pretty awful.
The general thrust is to completely buy into David Deutch's multiverse stuff. ( )
  name99 | Nov 23, 2006 |
Exibindo 3 de 3
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The traditional and ubiquitous digital computer has changed the world by processing series of binary ones and zeroes...very fast. Like the sideshow juggler spinning plates on billiard cues, the classical computer moves fast enough to keep the plates from falling off. As computers become faster and faster, more and more plates are being added to more and more cues. Imagine, then, a computer in which speed is increased not because it runs faster, but because it has a limitless army of different jugglers, one for each billiard cue. Imagine the quantum computer. Julian Brown's record of the quest for the Holy Grail of computing -- a computer that could, in theory, take seconds to perform calculations that would take today's fastest supercomputers longer than the age of the universe -- is an extraordinary tale, populated by a remarkable cast of characters, including David Deutsch of Oxford University, who first announced the possibility of computation in the Alice-in-Wonderland world of quantum mechanics; Ed Fredkin, who developed a new kind of logic gate as a true step toward universal computation; and the legendary Richard Feynm

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