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Authors:
Robert A. Freitas
Ralph C. Merkle
Description:
Reviews:
Engineering becomes Biology In our laboratory this is universally known as "rabbit delivers", for
the reasons which you can deduce by looking at the cover. You can also
deduce that we refer to him to have sufficiently frequently given him
a nickname. The reason it is simple - it is a complete work
outstandingly of the reference for all the ideas and history in the
budding field of the artificial counterpart. Biology is the study of
the things which are copied. It was that the only examples which we
had such things were those which had come approximately naturally by
Law de Darwin' S from evolution. But for the first time we write an
age of intelligent design, with the only intelligence available to
make conceive being our characteristic. People start to build the
biological machines to go with the normal alive machines (ourselves
including) which evolved/moved; on the small scale they do most of the
time this which employs the kit of construction provided by
biochemistry; on the great scale they employ simply the mechanical and
electronic components ordinary of conventional technology. It is one
of the force the books on which the biological revolution which will
result will be founded. None consequent creations (nor of our
children) can escape from the law from Darwin, naturally who is as
fundamental as the second law on which thermodynamics it depends. But
we add an additional source of change to the random changes which led
the evolution for three and to billion half years: innovation of
thought-outside deduced from the precise scientific models in the way
in which the matter, energy, and information behave. Buy this book to
reach inside the beginning of the revolution which will give us the
most enthralling machines, most terrible, and marvellous which was
ever made.
Best book every written on Self-Replicating Machines As one of the nearly 100 technical reviewers for this book, I found this is a "must read" that will likely become THE classic reference for self-replicating machine systems. If you are familiar with Freitas' previous work (especially Nanomedicine, volumes I and II, but also the NASA Ames summer study http://www.islandone.org/MMSG/aasm/), then you'll know what to expect, and you won't be disappointed. And with the addition of Ralph Merkle's genius, I'm not surprised that the book is as good as it is.
Kinematic Self-Replicating Machines is an impressively thorough compendium of everything that's known, or has ever been done, in this field, including all theoretical and experimental efforts. The treatment is literally encyclopedic, with over 3000 literature references, hundreds of illustrations, and descriptions of several working systems which have already been built and operated in laboratory settings. KSRM is a surprising readable book that's an important resource for anyone interested in machine self-replication. If you want to learn about the history (all the way from Descartes) to this year's state of the art, especially self-replication of hardware as opposed to software, then this book is the one to get. Yes, it's a bit expensive, but it is truly a magnificent resource.
The book contains an exhaustive history of self-replicating machines, including von Neumann's studies and information-based replicators like computer viruses, proposals for self-replicating factories and actual achievements of self-replicating devices, and a complete discussion of proposals for microscale replicators which includes a description (for context) of the many ways biology replicates.
The authors also provide a new general taxonomy of replicators with a 137-dimensional classification system that subsumes all known actual and proposed self-replicating machine systems (though I'm sure that future systems and proposals will include more). No taxonomy ever proposed has come anywhere close to this level of comprehensiveness and specificity. There's also a technical discussion of many theoretical issues involving replicators, including replication time, minimum replicator size, replicator complexity, the exponential mathematics of replication and replicative manufacturing systems, and lots more.
There is a lot of misinformation out there about self-replication (from science fiction claiming to be based on fact, to ramblings by royalty - thank goodness for the Revolution), so it is really nice to see someone cover all the technical details in one place. The authors distinguish self-replication from self-reproduction, and in their discussion of "Replicators and Public Safety" and elsewhere it is clearly explained how to build safe self-replicating machines that cannot continue functioning in the face of variations, and how to mitigate or eliminate entirely the dangers inherent in possible runaway behaviors of successful machine self-replication processes that might be theorized. Reading this book makes you realize that a vast amount of work has already been done, but a great deal more remains to be done. KSRM is a significant landmark along the road to our technological future and urges us to pursue many possible pathways to practical success, including most prominently several approaches to molecular manufacturing involving nanotechnology and molecular assemblers (www.MolecularAssembler.com).