Narrator wrote:
No Furphie mate.
One explanation of Entropy is about complexity breaking down to simple. Or high forms moving to low forms. It's like a car rolling down a hill. It will roll downhill until it reaches its lowest possible point. BUT. But along the way, it's momentum will carry it up and over smaller hills. Yes it's a "local" condition, and only temporary. But temporary can last fractions of a second, to days, years and millions/billions of years. A forest can be created by these temporary uphills in momentum.
A snowflake is created out of water, forming into
complex and
unique crystals. That's a
local example of the simple becoming complex. Yes it's temporary,
but temporary is not limited to mere moments.
Many things will be pushed into being,
created by these uphill moments of inertia. Everything from snowflakes to galaxies, and everything in between. That ain't no Furphie.
Nice try, Narrator. If I had been disinterested and inattentive in High School physics and chemistry you might have been able to convince me that you have special insights into Natural Laws that are not available to the "profane".
Your motor car has mass (and thus inertia) and potential (by being on the top of a hill) that can be converted into momentum as it rolls down the hill, up the smaller one, down again etc. All perfectly in accordance with the dissipation of potential that is entropy.
Entropy, on the other hand, (like time and space, for example) does not have momentum.
I once tried to wade through several pages of obscure formulas and equations from the clever idiot in the talking wheelchair purporting to show that time periodically goes back and forth like a pendulum (has inertia). It was such a far-fetched notion (another silly Materialist's attempt to "get around" the problem of entropy) that it never took off; which is why the school system is not trying to stuff it into empty heads as a "fact". Much easier to ignore entropy as if it had no bearing on anything but steam engines.
Snowflakes.
Because of the dipolar (practically tripolar) nature of the water molecule (the axis of the link between the Oxygen atom and the two Hydrogen atoms is about 120 degrees) when a water crystal grows by just about one molecule at a time, the lowest energy configuration of the molecules is some multiple or whole division of 120 degrees. Snowflakes are typically hexagonal in shape with all the "outgrowths" conforming to the basic angular geometry. It's an entropically "comfortable" way for water molecules to arrange themselves.
Another thing that I was tempted to put into my last post (but I chucked it because I thought it "too much, too soon") is about "knowing" things. What can you know and how do you know that you know it? I still think I'll leave it 'till later.
Kind regards,
David