Scientific Analysis of the Color Theory of Gravity A critical examination of Entropic Gravity, QCD, String Theory, Superconductivity and Higher Dimensions Your proposal is an ambitious attempt to connect five major areas of modern physics: Entropic gravity and the holographic principle. Statistical mechanics, entropy and Gibbs' paradox. Quantum chromodynamics (QCD) and color confinement. String theory and higher-dimensional gravity. Superconductivity, Cooper pairs and Bose–Einstein condensation. The central idea appears to be: Gravity may have a hidden, color-like field structure, similar to the color field of quantum chromodynamics. What we observe as ordinary Newtonian gravity could be a lower-dimensional or effective manifestation of a deeper theory. This is an interesting theoretical direction. There are genuine mathematical connections between gravity, thermodynamics, gauge fields, quantum information and statistical mechanics. However, we need to distinguish three things: E...
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Grivito Chromo Dynamics
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We start with Entropic theory of Gravity the First Law of Thermodynamics : F |> x = S |> T Combined with Holographic principle can reformulated to Newtonian equation F= GM / r2 It can be simply stated that Gravity and entropy is connected ( Verrlinde 2010 ) Entropy = Gravity = Statistics Color Theory of Gravito -dynamics:: Think in a box , there are , 7 green balls , 5 red balls , 3 blue balls , Now we can ask a question - what is the probability of picking a red ball if picked randomly ? But if the balls have no color can we calculate the probability .of picking a ball /? NO . So statistics has no meaning without color marker. Statistics = f ( color marker ) So naturally color is associated with numbers. Color <==> Number So Gravity...
Statistical Theory of gravity
The Raw Concept Central Tendency We assume the followings Gravity = Central Tendency of matter Temperature = Central Tendency of Heat Average = Central Tendency of Number We are saying that Gravity , Temperature and Law of Average they are basically the same stuff. suppose number 7, 5 and 3 are in motion in vector space , 5 is their temperature. And if we think 7, 3 and 5 revolving around 5 then , 5 is their central tendency or numerical Gravity. In Lower dimensional boundary 3,5 ,7 are in motion ,5 is their Average , this 5 is their Temperature.. In higher dimensional bulk 5,3,7 revolves around their average 5 . Toward 5 is their central tendency , We call this central tendency as Gravity. This Way Gravity and Temperature are the same thing , t...