Authors: Gene H Barbee
Is there an overarching theory that will finally allow us to fully understand nature? What is the universe made out of? Where do the laws of physics reside? What is space-time? Quantum mechanics applies at the small scale but the general theory of relativity is large scale gravitational theory. Are they compatible? Cosmology discoveries provide useful clues for building a full model of nature. The core of the author’s cosmology model is based on information from a mass model of the proton. This information represents reality through the Schrodinger equation. The proton model energy values describe space and time around the proton and scale to the universe since the relationships are everywhere the same. The beginning could have started with zero energy and probability 1. Information processes I call the Mind of creation separated energy into equal and opposite parts. Probability 1 was separated into many (exp(180)) neutrons each with probability (1/exp(180)). A neutronproton mass model and cellular cosmology were combined into what the author believes is a first principles cosmology model that resolves many questions. Some of the current challenges in cosmology are listed below: Flat galaxy rotation curves were observed in the 1930’s by Dutch Astronomer Jan Oort. Most cosmologists today attribute the difference between observed flat and calculated declining Newtonian velocity curves to dark matter despite decades of failed efforts to identify it. There are other difficulties: Recent WMAP [4] and PLANCK mission scientists believe neutrons and protons are only 4.6% of critical density (the total mass and energy in the universe). What is dark energy and why is it 72% of critical density? Understanding space and gravity more thoroughly than Einstein’s general theory of relativity requires bridging small and large scale physics. These are not easy problems to solve. Any claim regarding different percentages of critical density must address baryon/photon ratios that determine observed fractions of Deuterium, Helium3 and Lithium7. Different claims must also address conditions at equality of photon and mass density and the temperature anisotropy observed at decoupling (where the plasma clears and electrons can orbit protons
Comments: 42 Pages. Please contact Gene at genebarbee@msn.com
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