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August 04th, 2015 | Author:

The Search for the Limits of Darwinism

The second book by Behe is long on statistics. It goes to the most basic of life forms in extent today, single celled parasites (and in particular malaria) and does the math to see how far Darwinian evolution (that is genetic mutation and natural selection) will take us. He was wise in selecting these tiny organisms since due to the shortness of their reproductive cycle (days not years), the amount of them (literally trillions) and their minimalist genetic structure Darwinian evolution has as much opportunity in a few years with these one celled organisms as it has had in millions of years for higher organisms to do its magic.

So what has Darwinian evolution been able to do? Here’s an example from the edge regarding HIV: “the best current estimate is that a person infected with HIV is burdened with a total of 1 to 10 billion virus particles…. So over the course of 10 years a single person will produce more than a thousand generations of HIV… since there are approximately fifty million people worldwide infected with the virus the math points to a total of about 1020 copies of the virus having been produced in the past several decades.” And exactly what has all that evolution of HIV wrought? Very little. … the virus has been a complete stick-in-the-mud… there have been no significant basic biochemical changes in the virus at all.“

So the “edge of evolution” is measurably small compared to the vastness of complexity seen in nature. The more knowledge we gain the smaller the contribution Darwinian evolution brings to the table.


Genre: ID
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August 04th, 2015 | Author:

Life at the molecular level

Behe’s book Darwin’s Black Box has opened the eyes of many in the scientific community and elsewhere to the tremendous sophistication of even the most basic functions within a cell. It has also opened a near war about the adequacy of evolution as an explanation of the origin of life. This book sets forth in a logical manner the ‘why’ of life at the biochemical level and that it could not have “evolved”. His primary tenant is that there are systems that are irreducibly complex, meaning that they are an enclosed system with all the functionality contained therein required to sustain life. Because they are irreducibly complex they, by definition, could not have evolved, for each function of this system is necessary to sustain life and therefore could not have been added from a less complex system. It?s a great book and a good read, from a very learned man in his field.


Genre: ID
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