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The Origins of Order
Self-Organization and Selection in Evolution
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the concept of self-organization - the first time this concept has been incorporated into evolutionary theory. The book shows how complex systems, contrary to expectations, can spontaneously exhibit stunning degrees of order, and how this order in turn is essential for the emergence and development
of life on Earth. Origins of Order will advance our understanding of evolution and provoke considerable discussion among evolutionary, molecular, and developmental biologists.
Fler böcker av Stuart A Kauffman
Recensioner i media
Stephen Jay Gould . . . an integrative book that will become a landmark and a classic as we grope towards a more comprehensive and satisfying theory of evolution.
Manfred Eigen Stuart Kauffman's book . . . is a global representation of a new field, that will greatly enhance our physical understanding of Nature . . . A superb reading, not limited to physicists and biologists, having most important implications in natural philosophy.
Roger Lewin Here is a big book with a big purpose. . . . The Origins of Order is the first book to be written by any of the complexity theorists themselves, and it presents Kauffman's view of the biological realm. . . . The Origins of Order will be seen as a major work in the progression of biological theory. At the very least, Kauffman has made a persuasive case to have his bold hypothesis heard.
Bloggat om The Origins of Order
<br>Stuart Kauffman, M.D., is a MacArthur Fellow, and a philosopher, biologist, evolutionary theorist, and one of the founders of the discipline known as complexity.<br>
1. Conceptual outline of current evolutionary theory; PART I: ADAPTATION ON THE EDGE OF CHAOS; 2. The structure of rugged fitness landscapes; 3. Biological implications of rugged fitness landscapes; 4. The structure of adaptive landscapes underlying protein evolution; 5. Self organization and adaptation in complex systems; 6. Coevolving complex systems; PART II: THE CRYSTALLIZATION OF LIFE; 7. The origins of life: a new view; 8. The origin of a connected metabolism; 9. Autocatalytic polynucleotide systems: hypercycles, spin glasses and coding; 10. Random grammars; PART III: ORDER AND ONTOGENY; 11. The architecture of genetic regulatory circuits and its evolution; 12. Differentiation: the dynamical behaviors of genetic regulatory networks; 13. Selection for gene expression in cell type; 14. Morphology, maps and the spatial ordering of integrated tissues