Waves exhibited as finite dots to present orbitals of an atom i,e, energy levels of an atoms electrons whose fuzziness has a defineable character.
Spherical > Spheroids > Toroid > Plus
Spatial Obirtal Pattering
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34 days later
1} remember that the fuzzy spatial orbiting is all about electrons.
In the following I attempt to associate lines-of-relationship { LoR} --LINK as a solid-- with a mass value of the stable electron and its next short livedand heavier –by 206.76--- muon-electron. Then of course there isthe next heavier tau-electron. A trinary set of three versions of theelectron via particle accelerators.
..” Muonshave a mass of 105.66MeV/c2,which is approximately 206.7682827(46)times that of the electron, “….
What Is correctmathematical process for finding lines-of-relationship of thedouble-bonded octahedron as defined by the contracting VE?
12 vertexes becomebonded as 6 bonded . In nature, how does this double-bondingeffect of the three, 2D Great Circles affect anyoverall set of lines-of-relationship?
Electron > 4-fold3 Great Circles { in 2D } as a double-bonded octahedron > as 3D, Space-time Tori { 18/0 nodal events } ergo 153 lines of relationshipand then doubled? Or 2nd powered, 3rd powered?
153 { LoR }^2 =23,409, minus 153 = 23,256, divided by 2 = 11,628 { LoR }.
11628 * 206.7 { 207mass value } = 2,406,996 { LoR } would be the LoR of a muon, if wefollow the pathway used above.
Another way to grok this is to assign the label solid to value of lines-of-relationship and they would appear in a real time graphic as potential quantum entangelment or super-position of 6 > 12 > ergo 18/0 nodal events and any powering associated with the process above, via LoR.