Hi Real Life,
If you read the sentence in which I use the term "heat death of the universe" you will see that both the word "entropy" and the term "heat death of the universe" are interchangeable in my context:
a) I would maintain that *entropy* would take place pretty much equally during both evolution and devolution.
b) I would maintain that *the heat death of the universe* would take place pretty much equally during both evolution and devolution.
I was not suggesting the heat death of the universe is the process of entropy per se, only it's net result, slow though it might be. Good for you for noticing!
Since you are contrasting entropy to evolution, would you be willing to say evolution is the opposite of entropy?
You state entropy is "an observable phenomenon" and I agree.
You state evolution is "a postulated phenomenon which is not subject to observation", I do not agree, and I ask you to provide a meritable alternate explanation for London's Peppered Moths
http://animals.about.com/cs/evolution/a/aa090901a.htm
You state "as for 'devolution' of living organisms" it "is observable, no faith is necessary" and I agree.
Now I ask you why, if you accept that the randomization of less suitable genetic differentiation "is observable, no faith is necessary" why the same underlying randomization could not cause a more suitable genetic differentiation in light of the Peppered Moths data (as one example).