But anyhow, he read an excerpt from Richard Dawkin's The Selfish Gene, which was first published in 1976 (and is not about genes that don't know how to share, but rather about a concept of genes as the evolutionary units. Which is not relevant to this story either, but I just didn't want you to be confused as to where we're going with this).
So anyway, Dawkins is an (outspoken) atheist. Which I didn't know for an absolute fact until I came home and Googled him, but was pretty clear from the passage my professor read, as Dawkins seemed to desperately grasp at how to find an explanation for the absolute complexity of the world (he read more than just the paragraph below; you can check it out for yourself, if you want-- the text is pretty easy to find online. This part is from chapter 2).
As the professor read, I wanted to laugh at Dawkin's confused grasping, all the while refusing to accept the one answer that makes it all make sense. But it was this passage that really got me excited:
"Sometimes when atoms meet they link up together in chemical reaction to form molecules, which may be more or less stable. Such molecules can be very large. A crystal such as a diamond can be regarded as a single molecule, a proverbially stable one in this case, but also a very simple one since its internal atomic structure is endlessly repeated. In modern living organisms there are other large molecules which are highly complex, and their complexity shows itself on several levels. The haemoglobin of our blood is a typical protein molecule. It is built up from chains of smaller molecules, amino acids, each containing a few dozen atoms arranged in a precise pattern. In the haemoglobin molecule there are 574 amino acid molecules. These are arranged in four chains, which twist around each other to form a globular three-dimensional structure of bewildering complexity. A model of a haemoglobin molecule looks rather like a dense thornbush. But unlike a real thornbush it is not a haphhazard approximate pattern but a definite invariant structure, identically repeated, with not a twig nor a twist out of place, over six thousand million million million times in an average human body. The precise thornbush shape of a protein molecule such as haemoglobin is stable in the sense that two chains consisting of the same sequences of amino acids will tend, like two springs, to come to rest in exactly the same three-dimensional coiled pattern. Haemoglobin thornbushes are springing into their 'preferred' shape in your body at a rate of about four hundred million million per second, and others are being destroyed at the same rate."
| (model of a hemoglobin molecule) |
400 million million per second. If I understand that correctly, that's 400,000,000,000,000. Either way, I don't really "understand" it. It is incomprehensible to me. Yet it has happened dozens of times since I began just this short paragraph.
Um... whoa.
Anything I can say here just sounds overly simplistic and obvious. So I'll leave it that way:
God. He made it. All of it. All the crazy, complex... everything.
Mr. Dawkins, there is no other explanation that works with the brilliant science you describe. I'm sorry. I hate to be the one to break your bubble. But so it is.
P.S.: I just remembered about this video:

