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kmarinas86
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I have spent much of my spare time pondering the question concerning content of the universe. There is the idea that our galaxy is part of a huge atom. Which part? In which particle? Next to what?<br /><br />What happens when a cloud of trillions of galaxies packs so densely that it bends radiation towards itself forming a quasi-galaxy object? What particle in the Standard Model does this represent in a fractal universe? The electron? The proton? The quark? The photon? The neutron?<br /><br />What happens when you have mutiples of these clouds coming together? Do they behave like electrons? Do they behave like protons? Do they behave like photons? Is there a way to know?<br /><br />What are the physical quantities of smaller fractal levels and larger fractal levels? What is the size and difference between them?<br /><br />Is the universe connected by a single fundamental force? Is the volume of the universe maintained by another fundamental force? How many fundamental forces are there?<br /><br />Does our universe happen to be located in an atom of a living creature? Is there an greater affinity for life inside the subatomic particles of living things than in non-living things? Is this related to the mathematical simplicity of the equation for this fractal?<br /><br />Does our universe run on imaginary numbers, the same numbers that run fractals such as the Mandelbrot set, and the Julia set?<br /><br />The first questions have more certain answers and the last questions have the least certain answers.<br /><br />My investigation of many of these questions began around a time when I was really deep into reading the messages during May 2004. It has been almost 23 months since then.<br /><br />Over the past few weeks I have been making massive changes to my hypothesis. It seems to have qualitatively somewhat-defined predictions, but none are quantitavitely specific to a certain, existing, data set in particular. It is clear that I must make quantitative predictions. I only have one <</safety_wrapper>