Quote (Thor123422 @ Jun 9 2017 04:42pm)
You've got what I call the "First Physics Class" definition of entropy.
It's a lot more nuanced than that. If you take a gas and shrink its volume by gravitational forces you still end up with a higher entropy than you started.
Lol. First of all im published. Second of all, theres about 30 paragraphs as to why what you just said is only true under certain conditions, and as you approach the extreme macro scale in both space and time, those assumptions fail.
Really though you should look into 4th and higher dimensional space, and the polytopes that can exist there. Your limiting your thinking with 3 dimensions in a closed system on a micro scale.
The math is fun and the concepts may change the way you see the universe.
This post was edited by Ep0ch on Jun 9 2017 03:55pm