Archive for the ‘Thermodynamics’ tag
The Human Genome – The Case for a Creator
I must briefly comment on The History Channel’s recently aired two hour program titled “How Life Began.” I watched it, curious to find out what the latest thinking is regarding this subject. The show should have been titled “How DID Life Begin?” Throughout the program, we were taken through a Life Factory that can create living cells. In one segment, the “goop” destined to become a living cell, disappeared behind a curtain and the narrator said something like, “We don’t really know what happens behind that curtain, but somehow a living cell emerges.” The rest of the program (most of it) was a case study in Evolution. The program was full of speculative explanations for how life began and has “evolved” into the diversity we see today in the world around us. It made the case that everything has been figured out except for a few nagging details and none of the many difficulties with the Neo-Darwinian Theory of Evolution were discussed. In summary, there’s nothing new here. Click HERE for a more thorough review of the program.
Now, for the good stuff. I’ve been doing a lot of research on DNA, gene theory, etc. and find the topic fascinating. The complexity of DNA, coding and manufacturing mechanisms is astoundingly complex.
Evolution and the Second Law of Thermodynamics
When I was attending Louisiana Tech University, I attended a class called Classical Thermodynamics as part of the Electrical Engineering curriculum. One of the curious things about the class was the particular book we used authored by Dr. Gordon J. Van Wylen and Dr. Richard E. Sonntag (Fundamentals of Classical Thermodynamics). This textbook was in its second edition then. I just checked and it is still available (7th edition) and considered the leading textbook in its field.
At the end of the chapter on the Second Law of Thermodynamics the authors state the following:
The final point to be made is that the second law of thermodynamics and the principle of the increase of entropy have philosophical implications. {skipped text} The authors see the second law of thermodynamics as man’s description of the prior and continuing work of the creator, who also holds the answer to the future destiny of man and the universe.