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GO Up to HOME Page Revised November 28 2020
Monopoles comprise everything yet remain invisible in one of three paired states:
 Static Touching pair: The most common as basis of Mass and Structure
 Static Separated pair: The Electric Field of the Hydrogen Ion's Polar Elux chain
 Dynamic Separated pair: All photon's have rotating monopole end points
Reader's are recommended to first read NeutrinoTheory
or refer to the Model differences table.
Six Axes Decay in a four two ratio.
The six axes of tesselated dodecahedrons form the basis of decay channels or pathways
for the Omega and Kaon particle decay families.
Think of the two axes case as two dimensional and four axes case as three dimensional.
OMEGA minus
The 1672.4 MeV [96PMF] Omega's three decay channels are:
 [64PMF]Lamda & [28PMF] Kaon at 68% in a 4/6 ratio.
 [76PMF]Chi0 & [8PMF] Pion at 24% in a 3/12 ratio.
 [76PMF]Chi & [8PMF] Pion0 at 8% in a 1/12 ratio.
The third channel of 1/12 illustrates the Omega regressing "backward" to a Chi minus
while the second channel shows the spin going forward in a 3/12 ratio for a 2/6 total for both.
KAON minus
The 493.6 MeV [28PMF] Kaon's six decay channels are:
 [6PMF] Muon & [14PMF] Kaon Neutrino at 63.5% in a 3/5 ratio.
 [8PMF] Pion & [8PMF] Pion0 at 21% at a 1/5 ratio.
Both 1&2 sum to a 5/6 total ratio. The remaining sum to a 1/6 ~ratio.
 Two [8PMF] Pions & a [8PMF] Pion0 at 5.6%
 Two [8PMF] Pion0 & a [8PMF] Pion at 1.7%
 [8PMF] Pion0 & [6PMF] Muon & a [14PMF] Kaon Neutrino at 3.3%
 [8PMF] Pion0 & Electron & [2PMF] Electron Neutrino at 5.1%
497.7 MeV [28PMF] KAON neutral short
 [8PMF] Pion+ & [8PMF] Pion at 68.6% at a ratio of 4/6
 Two [8PMF] Pion0 at 31.4% at a ratio of 2/6
497.7 MeV [28PMF] KAON neutral long
 Three [8PMF] Pion0 at 21.5%
 [8PMF] Pion0 & [8PMF] Pion & [8PMF] Pion+ at 12.4%
1&2 sum to 2/6 ratio
 [8PMF] Pion & [6PMF] Muon & a [14PMF] Kaon Neutrino at 27%
 minus Electron & [2PMF] Electron Neutrino at 38.8%
3&4 sum to 4/6 ratio
MUON
105.6 MeV [6PMF] MUON
 Electron
 Electron Neutrino [2 PMF]
 Muon Neutrino [4 PMF]
105.6 MeV [6PMF] MUON+ "Magnified Decay Example"
Discussion
The six axes decay model will become broader and more accurate once the family energy is taken into account.
This increased clarity of decay will be due to incorporating the distribution of the family K.E.
Appendix PMF ; "The Particle Mass Factor".
The Statistics of Particle Mass; its common denominator is 17.5 MeV
Particle 
Muon 
Pion 
Kaon 
Rho 
Proton 
Sigma 
Lamda 
Chi 
Omega 
MeV 
105.66 
139.57 
493.7 
770 
938.27 
1189.4 
1115 
1314.8 
1673 
/17.5MeV 
6~ 
8~ 
28~ 
44~ 
54~ 
68~

64~ 
76~ 
96~ 
PMF / 2 
3 
4 
14 
22 
27 
34 
32 
38 
48 