Yorzhik said:
Thanks for overcoming your sorrow brought on by intruding, we're always happy to get your scholarly input.
To answer your questions: no and no. I'm saying (and I assume you are talking about my comments), that it won't matter if either the earth or the universe are open or close systems, evo still won't work.
I'm still scratching my head about this, so bear with me: evolution won't work because of SLoT in an open system? Wait, you answered "no", meaning I think that I somehow didn't get your position right initially. So which of these is the more accurate view?
1. Evolution won't work in an open system, but it has nothing to do with SLoT?
2. Evolution won't work because of SLoT, but the reasons are independent of whether the system is open or closed?
And I guess I should confirm that we are talking about the Second Law of Thermodynamics here, you know "The total entropy of any thermodynamically isolated system tends to increase over time, approaching a maximum value."
Yorzhik said:
Yes. Ultimately biological evolution-at-the-phylum-level.
Ah, somehow I knew we'd get back to the old "evolution-at-the-phylum level" fallacy... Yorzhik, evolution most emphatically does not happen at the phylum level! Who says it does? Are you thinking that the degree of evolutionary change can be correlated with time but only over short time intervals, because there is a relatively low upper limit to the maximum possible amount of evolutionary change within a lineage? This would allow species to evolve, even to evolve into other species, but would limit how different they could ultimately get. I'm willing to work with you to get a clear idea of what you're after, but you've got to understand the different between "evolution of higher taxa (e.g., classes and phyla)" and "evolution at higher taxonomic levels."