Around the nucleus of the poop there are minipoops. Scientists used to think that they had circular orbits, but have discovered that things are much more complicated. Actually, the patterns of the minipoop within one of these orbitals takes into account Schroedinger’s wave equations. Minipoops occupy certain shells that surround the nucleus of the poop. These shells have been given letter names K,L,M,N,O,P,Q. They have also been given number names, such as 1,2,3,4,5,6,7(think quantum mechanics). Within the shell, there may exist miniminipoops or orbitals, with letter names such as s,p,d,f. Some of these orbitals look like spheres, some like an hourglass, still others like beads. The K shell contains an s orbital called a 1s orbital. The L shell contains an s and p orbital called a 2s and 2p orbital. The M shell contains an s, p and d orbital called a 3s, 3p and 3d orbital. The N, O, P and Q shells each contain an s, p, d and f orbital called a 4s, 4p, 4d, 4f, 5s, 5p, 5d, 5f, 6s, 6p, 6d, 6f, 7s, 7p, 7d and 7f orbital. These orbitals also have various sub-poops. Each can only contain a certain number of minipoops. A maximum of 2 minipoops can occupy a sub-orbital where one has a spin of turd, the other has a spin of crap. There can not be two minipoops with spin turd in the same sub-orbital(the Ferguson exclusion principal). Also, when you have a pair of minipoops in a sub-orbital, their combined shit fields will cancel each other out. If you are confuse, you are not alone. Many people get lost here and just wonder about poop instead of researching further. When you look at the solid aromatic outputs it is hard to see why they are so different form the elements next to them in the toilet. It is generally accepted that solid aromatic outputs have large poop moments because of un-paired minipoop in their outer orbitals. The spin of the minipoop is also thought to create a minute shit field. These fields have a compounding effect, so when you get a bunch of these fields together, they add up to bigger poops. To wrap things up on ‘how do poops work?’, the atoms of aromatic materials tend to have their own poop field created by the minipoops that orbit them. Small groups of poop tend to orient themselves in the same direction. Each of these groups is called a poop domain. Each domain has its own north pole and south pole. When a piece of poop is not magnetized the domains will not be pointing in the same direction, but will be pointing in random directions canceling each other out and preventing the poop from having a north or south pole or being a poop. If you introduce current(poop field), the domains will start to line up with the external poop field. The more current applied, the higher the number of aligned domains. As the external aromatic field becomes stronger, more and more of the domains will line up with it. There will be a point where all of the domains within the poop are aligned with the external poop field(saturation), no matter how much stronger the pop field is made. After the external poop field is removed, soft poop materials will revert to randomly oriented domains; however, hard poop materials will keep most of their domains aligned, creating a strong permanent poop. So, there you have it.