So I have had this theory for a while now but I wanted to describe it and see if there are any holes or misconceptions in it.

> What? Entropy doesn't decrease, retard!
The main thing that people point out in theories about heat death and other such things is that entropy tends to not decrease in a system. However, looking at the big bang theory, there is 100% entropy in the beginning of the universe. After the "bang", all of the subatomic particles of matter are all in disorder, and in complete entropy with no "useful" work being done whatsoever. So how is it that the universe can go from this state of 100% entropy to a state which is less than that (today's universe)?

> The decrease of entropy
The first thing that occurs in the beginning of the universe with all of it's disorderly soup of particles is the formation of basic hydrogen due to the strong nuclear force and electromagnetic force slowing down the erratic movement of particles (proton and electron pass each other and attract as they move randomly). After this initial cooldown (electromagnetic force) and the formation of simple matter (strong nuclear force), gravity steps in and pulls the atoms of hydrogen into an ORDERLY structure called a star. This orderly force is what I call "antropy".

> The first "antropy" in the universe
As gravity forms the first ever orderly structure, the creation of the first ever "antropic" energy source is formed as well. Gravity pulls the hydrogen together and forces them to fuse into more and more complex forms of matter until this star eventually experiences a supernova. After this, more complex structures are formed due to gravity, with these structures being made up of complex matter. The first planets are formed.

(hit the limit, cont. below)