February 12, 2007

THE HOMOCENTRIC UNIVERSE (via Tom Morin):

David Deutsch (TED Talks)

Legendary physicist David Deutsch is author of The Fabric of Reality and the leading proponent of the multiverse interpretation of quantum theory - the astounding idea that our universe is constantly spawning countless numbers of parallel worlds. In this rare (and delightfully engaging) public appearance, he weaves a complex and captivating argument placing the study of physics at the center of our species' survival. (Recorded July 2005 in Oxford, UK. Duration: 19:45)

Not only is the talk very funny, but in his argument that we are the hub of existence and the Universe exists for the purpose of the open-ended creation of knowledge, Mr. Deutsch nicely illustrates why physicists are so dismissive of Darwinists.

Posted by Orrin Judd at February 12, 2007 11:23 AM
Comments

The idea that physicists dismiss evolution by natural selection is only true in OJ's parallel universe.

By the way, happy Darwin Day!

Posted by: PapayaSF at February 12, 2007 12:49 PM

Years ago, in my infantile internet experience, I tried to distinguish between physicists and biologists and their acceptance/tolerance of Darwinian evolution (in a comment at the original Slate website). Never did I receive such derogatory responses (from the biology types, of course). It made me proud to be a nuclear engineering major.

Posted by: jim hamlen at February 12, 2007 1:26 PM

Anyone who believes in the "many worlds" interpretation of quantum mechanics is living in a state of philosophic confusion. There is nothing in the wave equation which gives it the power to spawn entirely new universes continuously. It not only violates mass-energy conservation, but where do they put them all?

Posted by: jd watson at February 12, 2007 1:48 PM

But how else are they going to argue what they know in their hearts to be true?

Posted by: oj at February 12, 2007 4:58 PM

We can hardlyn improve on the distinctions Mayr drew:

Darwin founded a new branch of life science, evolutionary biology. Four of his contributions to evolutionary biology are especially important, as they held considerable sway beyond that discipline. The first is the non-constancy of species, or the modern conception of evolution itself. The second is the notion of branching evolution, implying the common descent of all species of living things on earth from a single unique origin. Up until 1859, all evolutionary proposals, such as that of naturalist Jean-Baptiste Lamarck, instead endorsed linear evolution, a teleological march toward greater perfection that had been in vogue since Aristotle's concept of Scala Naturae, the chain of being. Darwin further noted that evolution must be gradual, with no major breaks or discontinuities. Finally, he reasoned that the mechanism of evolution was natural selection.

These four insights served as the foundation for Darwin's founding of a new branch of the philosophy of science, a philosophy of biology. Despite the passing of a century before this new branch of philosophy fully developed, its eventual form is based on Darwinian concepts. For example, Darwin introduced historicity into science. Evolutionary biology, in contrast with physics and chemistry, is a historical science - the evolutionist attempts to explain events and processes that have already taken place. Laws and experiments are inappropriate techniques for the explication of such events and processes. Instead one constructs a historical narrative, consisting of a tentative reconstruction of the particular scenario that led to the events one is trying to explain.

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One of the surprising things that I discovered in my work on the philosophy of biology is that when it comes to the physical sciences, any new theory is based on a law, on a natural law. Yet as several leading philosophers have stated, and I agree with them, there are no laws in biology like those of physics. Biologists often use the word law, but for something to be a law, it has to have no exceptions. A law must be beyond space and time, and therefore it cannot be specific. Every general truth in biology though is specific. Biological "laws" are restricted to certain parts of the living world, or certain localized situations, and they are restricted in time. So we can say that their are no laws in biology, except in functional biology which, as I claim, is much closer to the physical sciences, than the historical science of evolution.


Posted by: oj at February 12, 2007 5:06 PM
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