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Preparing for the Miraculous

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eing human and <strong>the</strong> copernican principle 135are reminded of <strong>the</strong> Mo<strong>the</strong>r’s saying that materialism is <strong>the</strong>gospel of death.) The Earth, <strong>the</strong> Sun, our galaxy, <strong>the</strong> billionsof galaxies of our universe: all that is not living but dying.“Indeed, life is about half over. Our estimates are that <strong>the</strong>first living organisms appeared on earth in <strong>the</strong> order of 3 to4 billion years ago, and we know from stellar evolution thatour Sun will expand and burn up <strong>the</strong> Earth in ano<strong>the</strong>r 3 to4 billion years, putting an end to everything,” writes RichardLewontin. George Smoot is even more explicit: “Coraggio,domani sará peggio! (Be courageous, tomorrow will beworse!) ... The long-term future is bleak: entropy will continueto increase ... Every physical process in <strong>the</strong> universefollows <strong>the</strong> second law of <strong>the</strong>rmodynamics ... We face acontinuous downward spiral of no return.” Entropy is un<strong>for</strong>giving.“Many scientists look worried <strong>the</strong>se days ... Tobecome even a guarded optimist, you have to think hard.” 17(William Calvin)However, <strong>the</strong> consequences of <strong>the</strong> second law are validand verifiable only in case of <strong>the</strong> evolution of a system thatis energetically isolated, in o<strong>the</strong>r words: closed. Biologicalsystems are not closed. And is <strong>the</strong> universe a closed system?... “When <strong>the</strong> laws of <strong>the</strong>rmodynamics are applied toliving organisms <strong>the</strong>re seems to be a problem,” writes PaulDavies. “One of <strong>the</strong> basic properties of life is its high degreeof order, so when an organism develops or reproduces, <strong>the</strong>order increases. This is <strong>the</strong> opposite of <strong>the</strong> second law’s bidding.The growth of an embryo, <strong>the</strong> <strong>for</strong>mation of a DNAmolecule, <strong>the</strong> appearance of a new species and <strong>the</strong> increasingelaboration of <strong>the</strong> biosphere as a whole are all examplesof an increase of order and a decrease of entropy.” 18 “Thefamous law of increase of entropy describes <strong>the</strong> world as17 The last quotes are from a collection of short essays by scientists,edited by John Brockman: What Are You Optimistic About?18 Paul Davies: The Origin of Life, p. 28.

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