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From: OsherD on 3 May 2010 16:39 From Osher Doctorow I should have typed: 1) {[1 + sqrt(3)i]/2}^2 + {[1 - sqrt(3)i]/2}^2 = 1 = -i^2 So that not only do we have an imaginary right triangle or more precisely a complex right triangle of complex sides (1/2)(1 +/- sqrt(3)i) but hypoteneuse -i^2/2 which is 1/2 (real). As for how this relates to Quantum Gravity, I have already explained how each side relates to Unification of the Fundamental Interactions (3 for quarks via Strong Interaction, 2 for the 2 directions of attraction v.s. repulsion in electrons and protons, 2 for gravitational attraction vs the opposite directional repulsion, 1 for the single directional "contraction" or decay in beta decay/ radioactivity via the Weak Interaction. If the reader who commented is referring to how {Gn} itself directly relates to Quantum Gravity, or how Unification relates to Quantum Gravity, I will try to clarify that in future posts. Osher Doctorow |