Mr Spinkles
Mr
inca-- perhaps you were referring to the laws of entropy? One of the laws of chemistry we learned this year was that the entropy (or "disorder") of the universe always has a net increase with every reaction.
But this still doesn't work against evolution. It is also known that order can be created while ultimately the net disorder still increases.
So for example, if you have a bunch of small balls and a few large balls bouncing around a two-dimensional space, the disorder of the small balls will cluster the larger balls into one corner. The entropy of the system has increased in this way (because the small balls have more room for more randomness) but some order has been created (in the large balls clumped together).
So even if you were talking about entropy, it still doesn't disagree with evolution. Some order can be created as long as the net change in entropy is still positive.
But this still doesn't work against evolution. It is also known that order can be created while ultimately the net disorder still increases.
So for example, if you have a bunch of small balls and a few large balls bouncing around a two-dimensional space, the disorder of the small balls will cluster the larger balls into one corner. The entropy of the system has increased in this way (because the small balls have more room for more randomness) but some order has been created (in the large balls clumped together).
So even if you were talking about entropy, it still doesn't disagree with evolution. Some order can be created as long as the net change in entropy is still positive.