University of Cambridge > > 2d to 3d equation sets and implication of super massive blackholes > Rate at which mathimatical formulas eqaute 2d to 3d

Rate at which mathimatical formulas eqaute 2d to 3d

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This is s a gerneralized conversation that i have argued with myself. in standerd 3-dimensional equation sets there are 24 vectors in order to prccoess the geometric implications or shape of an orb of space. two axis revolving at the revolution of prime infinity +1 behaves like three axis’es.primarial the 2d numbers applied in this equation multiply 122 to form prime infinity is a trillion digit number that is prime and there are no primes after it. or solidity of equational calculations as such. (6n-1)² at an expoential rate curvature of space of prime suspected numbers is one of six methods to arrive at prime infinity. ((n+1)n)/2 and nn-1 or n2-1 are two other examples of prime infinity xx+1x+2*x+3…-1 = prime infinity. long story short the amount of calculations to be plotted for prime infinity is a binary overlapping equation set that is derived by the 001 110 100 011 second number in binary addative of all numbers = 2^3-6 when two sets of number are pluged into the a²+b²=c²results in an equation equalizes the two dimensions of a object in binary or the unified field therom of whole number algorythms. with this data one can summerize the super massive black wholes as a formation in space time that fluxes between time and space. as space is crush infinitly into a zero point the remain mass is converted into time. thus the imbalances or information stored in the black hole destabilize it to generate the output of radio waves as it converges into space from time in the flux state

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