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Reinventing the Sacred: A New View of Science, Reason, and Religion Hardcover – May 6, 2008
Purchase options and add-ons
- Print length320 pages
- LanguageEnglish
- PublisherBasic Books
- Publication dateMay 6, 2008
- Reading age18 years and up
- Dimensions6.5 x 1 x 9.5 inches
- ISBN-100465003001
- ISBN-13978-0465003006
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- Publisher : Basic Books; American First edition (May 6, 2008)
- Language : English
- Hardcover : 320 pages
- ISBN-10 : 0465003001
- ISBN-13 : 978-0465003006
- Reading age : 18 years and up
- Item Weight : 1.35 pounds
- Dimensions : 6.5 x 1 x 9.5 inches
- Best Sellers Rank: #1,545,333 in Books (See Top 100 in Books)
- #1,957 in Science & Religion (Books)
- #98,767 in Science & Math (Books)
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Customers find the book an interesting exploration of several topics, including autopoiesis and self-organization/maintenance. They also appreciate the brilliant synthesis and eloquent writing style.
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Customers find the book's subject matter interesting, generative, and revolutionary. They also say the book is irreducibly complex, timely, and ambitious. Readers also mention that the philosophy and limits of computer modeling are ambitious and original.
"...It is irreducibly complex and so improbable that there must be a designer...." Read more
"...instance, the hairy mammoth seems to have been an admirable animal, intelligent and well-accoutered...." Read more
"...It can be summarized in one sentence: "The cosmos is so creative and awe inspiring that we can call it god and this will make us better, more..." Read more
"...arguments made sense at the macro level: they were interesting and suggestive, but they were like a large flip chart report out of a brainstorm and..." Read more
Customers find the writing style eloquent and reverent. They also say the book makes sense and is free from dogma. Readers also say it's an important document for laypeople who want to know what it' all about.
"Dr. Kauffman writes an important document for laypeople who want to know what is all about emergence and the chande of paradigm occurring in science..." Read more
"Eloquently and reverently. It makes sense and is as free from dogma as ever Spinoza would have wished. And restores the sacred to us." Read more
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First note that alone natural selection is found to be a fixture that operates on a space-time fabric that is impacted by emergence. Why do I write this? Well, because natural selection is context dependent; i.e., random mutations and the associated phenotypic bio-forms are represented by a presumed sample space; and because the success of natural selection depends on a fitness landscape. It is emergence that is found associated with "ceaseless creativity" that is closer to being context independent, but ambiguity betrays this interpretation. Nevertheless, natural selection is found beholding to emergence and the unspecified context that lurks behind the ambiguity. Therefore, natural selection is provisional, and indeed, the space-time fabric can be coopted by an agency that turns natural selection into artificial selection. Gone now is the concept of the "blind watchmaker," invented by Richard Dawkins. And say hello to ambiguity again. Only a context independent natural selection would permit Dawkins's leap to an evolution that lacks foresight, otherwise Dawkins cannot speak for the context. Emergence provides a loop-hole that neither Darwin or Dawkins anticipated. This loop-hole is present because emergence carries its own ambiguity, as we will see.
Kauffman's struggles with this apparent tension. Kauffman (page 32) writes: "I have spent decades muttering at Darwin that there may be powerful principles of self-organization at work in evolution as well, principles that Darwin knew nothing about and might well have delighted in." Kauffman (page 33) then writes: "With one sweeping idea he [Darwin] made sense of the geological record of fossils, the similarity of organisms on islands to those on nearby major land masses, and many other facts. This is the hallmark of outstanding science. I say this because many who believe in the Abrahamic God still deny evolution and attempt to justify their denial on scientific grounds. This is a fruitless exercise." But the fact remains that natural selection is nothing without emergence and the unspecified context that Kauffman fails to represent completely.
Kauffman lauds the "natural" God that is found associated with the apparent "ceaseless creativity," even while he rejects the "Creator God." I think the Creator God is Kauffman's abstraction that sees a God that is held separate from God's creation, perhaps like the presumed Abrahamic God that created the universe in six days and left us to our own devices. No doubt that some outspoken fundamentalists will see God this way. However, it seems unreasonable to say that God is separate from God's creation, in my view. Christians pray to God, and live by the golden rule, and this can only imply that God is again united with God's creation. Moreover, mystics from all religions report being united with God, and they report a non-dual awareness, and this is far from Kauffman's Creator God. The concept of "natural" in Kauffman's naturalistic God is equally ambiguous given that ambiguity cannot be removed from emergence. A good definition of "natural" depends on what is non-natural, and if "non-natural" is poorly defined then so is "natural" poorly defined.
Now Kauffman is a pretty smart fellow, and so it can't be that he is completely blind-sided by these issues. He is smart to point to L. Wittgenstein's "language game" and C.S. Peirce's "semiotics." Kauffman notes that teleological language (stated motivation) cannot be reduced to happenings (physical causal events); otherwise, we are left with a language game, like changing red to blue, and blue to red, and saying nothing useful. Kauffman notes that meaning cannot be removed from agency. He tells us that Darwin's theory cannot be reduced to physical laws that govern particles. Kauffman completely rejects reductionism, because things that come with meaning are found emerging in a way that cannot be denied. He writes that emergence must be "partially lawless," presumably coming from a criticality near chaos and order. But Kauffman only admits that this emergence is ambiguous enough to call intelligent design non-science, before stopping short.
Kauffman (page 146) writes: "Intelligent design is based on probability arguments. It says that the flagellar motor, for example, is too improbable to have arisen by chance. It is irreducibly complex and so improbable that there must be a designer. But we saw above that we cannot make probability statements about Darwinian preadaptations, for we do not know beforehand the full configuration space. ID simply cannot compute that a given irreducibly complex entity such as the flagellar motor could not have come about by a sequence of Darwinian preadaptations in reasonable time. Its probability calculations are entirely suspect. The sample space is, again, not known beforehand."
Darwin's theory did not anticipate life's extreme cooption of prior adaptations, a cooption that creates a novel function that is found emerging from the criticality. Darwin only predicted slow and gradual modifications of existing functionality, this is something Kuaffman corrects. However, it is this cooption that is found necessary, otherwise Darwin's theory would have found its refutation in the face of extreme cooption. Nearly all our very few 25,000 genes have been coopted from far distant ancestors that were clueless of humanity! Why has this evidence of teleology been ignored? Because what emerges from the criticality is open to ambiguity: representing emergence by a series of Darwinian preadaptations (followed by mindless opportunism) is ambiguous as noting the irreducible complexity of the apparent cooption that points to recognition. The ambiguity is present because evidence for recognition gets reinterpreted as a representation. We could note that this ambiguity remains irreducibly complex within language use, and this is enough to save both intelligent design and Darwin's theory as two aspects of one evolution.
Cooption is the discovery of new meaning from prior functions, and therefore, it is cooption that is subjected to Wittgenstein's language game. Darwin's theory fails (or is saved) for the very same reason that intelligent design fails (or is saved), because what feeling emerges from the criticality is subject to ambiguity. This is the ramification of the context dependency of natural selection. Without something connecting natural selection to concrete reality, natural selection generates only a series of happenings and the question of agency slips quietly away.
Now if you think I am being overly critical of Kauffman's book, think again. It is worth five stars. Kauffman at least pointed to the criticality from which evolution and reality emerged, yet he has not publically admitted that Darwin's theory is found beholding to the same criticality. His mistake is small, even as he limits his treatment (of the evolution war) to representations (transitions in state space) and ignores recognition; note, however, that Kauffman correctly treats recognition in his treatement of mind (chapter 12). I only note that the same criticality relates to our words, their meaning, it relates to our motives and desires, and the criticality is the doorway from which tomorrow (Kauffman's "adjacent possible") will come; I think Kauffman agrees with this. Kant called the criticality the "third antinomy," the apparent conflict between natural law and freedom, and it signifies the subject-object unity given by Kant's "synthetic." We can only explore the antinomy by way of a transcendental idealism; a kind invented by Schelling, Hegel, Schopenhauer, or Husserl. The Chinese refer to the criticality as the Tao, and the early Greeks call it the Logos. The Christians call it the Holy Spirit. The criticality comes with a middle term, and it is strangely felt: so much so that Kauffman reinvents the sacred, and refers to a naturalistic God. Everything else is a language game, so pick your flavor.
I actually respect Weinberg's great work in physics (as anyone should) and don't really intend to poke at him here, but I think his strong stance on reductionism as a blanket solution illustrates nicely how even great minds can exhibit strong emotional commitments to a particular methodology. Not only that, but also it reveals a tendency to elevate human methodologies to personal absolutes. This elevation is a confusion common this day and age in popular science writing.
But nevermind absolutes here, even in the more mundane realm I'd like to report that there is a general consensus of opinion on reductionism being perfectly adequate from sociology all the way down to quarks...as Weinberg lays it out for us.
I'd like to...but I can't. Because there isn't. :-)
One of the purposes of the famous Santa Fe Institute (where Kauffman was an important member, along with Nobel laureate Murray Gell-Mann and other forward-thinkers), in fact, is to broaden the outlook- and eliminate the divisions- between the various branches of science, and try to have bright people in different areas all work together in forging new paths in looking at science. In other words, to get out of current ruts of habitual thinking. As the webpage for the Santa Fe Institute describes, it is "devoted to creating a new kind of scientific research community, one emphasizing multi-disciplinary collaboration in pursuit of understanding the common themes that arise in natural, artificial, and social systems." And of course, complexity theory, information and the science of emergence plays prominently in that effort.
Particle physicists might object to this "narrow-minded reductionist" caricature above (assuming the unlikely event of one actually reading this), but how else does one explain a statement like Weinberg's above (which no doubt is held by many working physicists)? Fellow Nobel-Laureate physicist Philip Anderson, working in the less-visible (hence less-media-hyped) field of condensed-matter physics, takes to task his fellow physicists in fields like particle physics or cosmology for considering themselves doing the "most fundamental" work, which Anderson thinks is a misguided mentality. Anderson, who coined his phrase "more is different" in a famous 1972 Science magazine article with that title, contends that all fields of physics - indeed all of science- involve equally "fundamental"(tm) insights at their own levels. Anderson also showed examples of why each level of science must be considered on its own merits, with systems at each level having genuine emergent properties. In other words, the "downward arrow" of reductionism, while very useful, is not completely adequate. And Kauffman, in this book, is clearly inspired by Anderson (and similar thinkers); his own work follows what Anderson has been saying for many years. Kauffman was even perhaps inspired by Anderson's comment that emergence is the "God Principle"- i.e., the "closest thing to a unifying principle to the structure of the world as we can manage." For, as readers of Kauffman's book know, the creative activity of Nature itself might be thought of as the naturalist's realm of the "sacred", or "God", so to speak, inspiring our awe and wonder.
Be that as it may, Kauffman goes on to apply complexity theory to a variety of disciplines, from quantum mechanics to evolution to consciousness to even the social sciences such as economics. Needless to say, he is in his element on the complexity argument, and weaves a fascinating journey through the various levels of science while spelling out his theme of emergence. Not that this journey is easy reading, particularly; Kauffman's obviously facile brain seems to be endlessly moving and maybe leaves his typing hand behind sometimes :-). The book could have used some editorial work to clarify some of the more "muddy" sections, as other reviewers have commented.
Perhaps the most interesting chapter for me was the one on the "quantum brain". Kauffman has come up with a novel theory, where consciousness seems to be (according to him) partially quantum-mechanical. Kauffman hypothesizes that consciousness MAY turn out to be a perpetually-existing state of coherence (existing at a high-temperature environment, to boot), "poised between the quantum and classical worlds". According to Kauffman, consciousness (on this edge between quantum and classical) is an acausal non-objective phenomenon subject to quantum decoherence, which acts on it to produce singular outcomes in the classical world, out of mere linear probabilistic possibilities. The real key here, notice, is not particularly consciousness itself, but rather decoherence, which acts upon consciousness to produce effects in our macroscopic world. It is clear Kauffman wants to avoid the standard complaints of asserting that consciousness somehow "creates reality", and indeed his theory allows one to escape that particular criticism :-). Whether his theory can survive other criticisms from physicists, however, is a good question. It is doubtful whether many physicists will buy his idea of consciousness existing in a perpetual coherent state directly at the quantum level, yet subject to quantum decoherence... (the theory certainly looks doubtful to me as a non-expert).
Fortunately, however, Kauffman warns the reader this entire chapter is very speculative and can be taken or discarded as desired; it makes no difference to his over-all theme. His point throughout is that consciousness seems to display unique emergent characteristics, which to Kauffman cannot be reduced to mere chemistry and physics. But yes, he certainly has his critics on this theme - expecially from some of the physicists, as might be expected. Murray Gell-Mann, for instance, clashed with Kauffman at Santa Fe because of a fundamental disgreement over whether "new laws" needed to be invoked to explain complexity and emergence. Gell-Mann felt these areas could be "covered" adequately by existing fundamental physics, without need for positing any radically "new" laws. More recently, physicist/skeptic Vic Stenger shares the same views, and of course Stenger is an orthodox reductionist as well. However, the debate isn't simple...the growing phenomenon of information theory offes new ways of looking at the world outside of a perceptual box of "fundamental particles and fields". Even some physicists want to play this new game too, looking at the "material" world through different eyes. And certainly we always have the Whiteheadians, reminding us process philosophy offers an intriguing (contrarian) view of reality vs. the reductionists.
So...what about Kauffman's general aim, to show that Nature displays an endless creativity and resourcefulness, worthy of our reverence, awe and respect? And that it might even be considered a new model of "God", in a naturalistic sense, replacing the "myths" of our ancient Abrahamic religions, and showing us a new sense of the "Sacred"? It certainly could do that, for those not inclined toward traditional theistic explanations. It is certainly doubtful that believers in the Abrahamic Personal God will share Kauffman's enthusiasm for Creativity taking over that role, however; I don't foresee a long line of believers waiting to join Kauffman in his effort to reconcile science and religion. In the words of well-known columnist Michael Shermer, Kauffman "is one of the most spiritual scientists I know, a man of inestimable warmth and ecumenical tolerance, and his God 2.0 is a deity worthy of worship. But I am skeptical that it will displace God 1.0, Yahweh, whose Bronze Age program has been running for 6,000 years on the software of our brains and culture."
Nonetheless, the concept of Creativity as the "Sacred" is a concept that seems worth persuing and shouldn't be quickly dismissed. Not only does there need to be a bridge between what C.P. Snow called the "Two Cultures" - i.e., the humanities and the sciences, or what my wife (a college mathematics instructor) humorously terms "the humanities and the inhumanities" (that's her line, don't be stealing it)- there also needs to be a better bridge between various branches of science itself, something that does not occur often enough in these days of extreme isolation of focus.
Kauffman, to be fair, plays in largely theoretical areas and hence his work is often regarded as "speculative", which I concede here. Nonetheless, there is a place for creative scientists who challenge entrenched ideas and rutted thinking instead of just grinding out calculations. The "shut up and calculate" philosophy espoused by many physicists, for example, may work well for day-to-day research in abstracted areas of focus, but don't bother (with this philosophy) tackling any "big" questions having any ontological significance... And what one (too often) finds is a scientist assuming a reductionist stance without much reflection, merely as an extension of his/her daily work habits. The lab becomes the worldview, strangely enough. Thinkers such as Kauffman are good to ruffle establishment feathers a bit and encourage new methodologies, which science often needs. Isolation serves its purpose so well - especially in the physical sciences - that getting tunnel vision in a particular discipline is always a temptation. What Kauffman perhaps says to us all is, stand back and don't miss a remarkable creative process occuring at all levels!
I think at the intuitive level, Kauffman is onto something here. What Nature shows us, essentially, is that she is always working, creating, ferreting out all possibilities...bringing about all the diversity we see in the universe (multiverse?). She is a ceaseless explorer, and this seems to be borne out in the limitless diversity of forms we observe, both simple and complex. If our observation of her boundless creativity provokes feelings of delight and sometimes even awe, and this is "religion", by all means, bring it on!






