modest herald
206.7682827(46) muon mass is greater than that of the electron mass
206.7682827(46) minus 0.511{ electron mass } = 206.2572827
Electron { 0.511 } repeats itself { 0.511 } plus 206.2572827
Feynmans question to self, was, why does the mass of the electron repeat itself at approximately at 206.7682827(46) ?
..> Pi = 3.14 and 66 is value of the number of relationships between 12 vertexes in 3D { Y = vertexial } or 12 nodal points in 2D { V = nodal event }.
Pi { 3.133 approximation } * 66 = 206.778 is approximate to mass of the muon-electron 206.7682827(46)
Pi { 3.1 approximation } * 66.4 { Cosmic Pi Time } = 206.504
...note: see below how Cosmic Pi Time is arrived at
Pi { 3.125 approximation } * 66 = 206.514 approximate to the increased mass value of electron
0.008 is differrence between two Pi approximates and 0.016 59 26 53 58 97 932384626433832795 is differrence between Pi { 3.14 } and 3.1 or original 3.125
Below is how to arrive at Cosmic Pi Time 66.4 that is relatively close to 66 lines-of-relationship of 12 3D associated vertexial events or 12 2D associated nodal events
Pi^3{ XYZ } = 31.00 62 7 66 62 83 67.....
...Note: Pi is truncated to 9th irrational = 3.14 15 92 65 3
Pi^4{ XYZ + time }, minus 31 = 66.4 { Pi-Time }
..note: 97.40 90 90 96 08 minus 31.00 62 7 66 62 83 67 = Cosmic Pi Time 66.40 28 14 33 25
Pi^4 / 4{ my re-normalization } = 24.35 22 72 74 02
..note: Pi truncated 9th irrational value 3.14 15 92 65 3 is value I use in the above
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