Sunday, October 24, 2010
Another Continental Congress
Monday, October 11, 2010
The Internal-External Cosmos Paradox Theory
Jared Morgan
Kyle Jellerson
This theory involves the composition being revealed through the both known and unknown. My friend, Kyle Jellerson and I have put this idea together in a search to illustrate the wonder of existence. This theory encompasses our world in its entirety, as well as the role we play in this thing we call existence.
To explain this theory we must start with looking at things in our world as they get smaller and how these things are in relation to everything around them, and how the surroundings view the small things. We are made up of cells, made up of polymers and monomers, made up of chemical compounds, made of atoms, made of neutrons, protons, and electrons. Now there is new scientific theory of sub particles of these protons, neutrons, and electrons called energy strings. These strings are ultramicroscopic in size there is no way to see them, in comparison if you took the whole universe a string would be the size of a tree. These strings are little rings of energy, and they may even have sub particles of their own.
Every time the smallest unit of a system is established, there is another sub particle that breaks the smallest unit down to something else. We take this idea and apply it even further to say that the smallest unit of a system continues to get smaller it is divided into a smaller unit. We contend that this process never ceases. The goal of finding an ultimate end to the subatomic level never ends. We represent S as the smallest unit, Sc as the smallest unit of the largest system, and Ks as an unknown variable. The smallest sub particle of a system is divided by some variable to produce another sub particle.
S =Sc /Ks
Since the sub particles may continue to get smaller, how do we know the world we live in is the ultimate largest system, meaning how do we know that our universe and Cosmos is the ultimate largest system of existence. We assume that our realm is the largest, because we see nothing past our own universe and cosmos, however there may be something larger outside our realm. Think about if you were inside an atom; imagine if you were one of the energy strings or a sub particle of the energy string. What would the world look like to you? Think of the space inside an atom. Think about how much space there is between the nucleus and the electrons. The world as you would know it would be huge vast and unimaginable, and full of places to go. As a sub particle of a string a proton or electron may not even be something you could visibly see, it may look very similar to the unimaginably huge cosmos we imagine in our world.
Think about what we see here on Earth in respect to our moon, planets, and stars. To us they are moving very slow, but in reality there are moving at an incredibly rapid speed. If we were bigger than the planets, we would see them moving much like we imagine electrons to move very rapidly. Think of a planet like a fly. We view flies as moving very fast and rapid as we move normal speed, however from a fly’s perspective we are moving very slow and they are moving normal speed. This is just like us viewing atoms and electrons if we could, they move rapid to us and normal to them.
We see things smaller than us as microscopic and or even so small that we cannot see them. We contend that we may not be the largest system of existence. We may be the sub particles of a ring of energy in a larger systems theory. In other words our world, universe, or Cosmos may be the smallest unit of another larger world. We explain this by representing C1 as the largest system that is Smaller than system two or C2, and Sc2 as the sub particle of the larger system. Meaning our world may be the sub particle of another world.
C1 = Sc2
