MJDuncan1982 said:
I've noticed a post or two helping to explain the Entropy problem. It was mentioned that as a whole, entropy is increasing but it can go up and down in various places. So long as the net entropy of the universe is increasing the law of entropy is not violated. Our little area of the universe may be decreasing in entropy but the universe is increasing, even the sun is boiling down.
Example: I can bake a cake and the entropy will go down but eventually, the second law will prevail and the cake will dissolve.
The second law applies to systems, not just to the universe as a whole. If you put energy into a system, you can increase its orderliness. For example, if you don't bother to clean the house for a few weeks, you'll notice that it's really messy. Then you take an afternoon, clean it up (i.e. put work into the system of your house) and increase its orderliness. A decrease in entropy in one part of the universe does not mean that there must be a corresponding increase somewhere else, or vice versa.
Applying this to our evolutionary discussion: if energy is added to random atoms, they could create amino acids. But first, the correct elements must be present; second, the energy present must work in such a way to connect the elements in the right way. There is no evidence that lightning, thermal heat, etc. would ever create amino acids in that way, especially in an early earth atmosphere.
Then, that same energy force would have to combine the amino acids into proteins, it would have to create RNA, cellular membranes, mitochondria, protoplasm, cilia, etc., all of which are much more complex, and therefore much more unlikely to spontaneously form. Then these things would all have to be combined in just the right combination, in an environment in which the living thing would not be destroyed. As has been said before, the odds of this happening are so infitesimally small as to be indistinguishable from zero.
And you miss my point about the law of entropy. Don't be so sure that it is a constant of nature. The question of the constancy of the speed of light is currently being questioned. In some instance light has been slowed down by just a fraction. I believe Einstein showed us the error in believing in something 100%.
The speed of light in a vacuum has always been shown to be the constant
c: 3.0 x 10^8 m/s. Light will slow ever so slightly in other mediums (liquids, for example). But the value of
c is the same for all observers, regardless of speed.