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Outlandish Particle Periodic Tables
Particle Model
    This is not mainstream, such as the Standard Model, but is fringe
science with only one supporter. It is a table tennis ball, with a
pattern on it. The pattern is symmetrical to polyhedron models of
the Platonic, Archimedian Solids and Regular Polyhedrons. 
Only the three, four and six sided polygons are used.
The mass is taken to be directly proportional to the number of polka-dots,
on each polygon. Equilateral polygon total is given by summation N.
Where N is the number of polka-dots on the bottom line. (photons)
With this symmetry, the dimensions of each particle are
fixed, mass can be calculated and a classification system imposed.
The particle is a double-sided hairy ping pong ball and the electron is
umbrella shaped. Whether it is up or down give the positive or negative charge.
One prediction that this gives is that there is a shortage of anti-matter.
Another is that Leptons and Quarks are particle debri.


                                          Photons in Electron 
 Outlandish  X       5th January 2012      8714310153
     Username: overland
     Password: spirebell
 Outlandish IX     19th December 2009      3224486665
     Username: outlandish
     Password: spirebell
 Outlandish VIII     30th December 2008      1075482631     
 Outlandish VII      16th July 2008           700446306  
 Outlandish VI        5th January 2007        227879226 
 Outlandish V        16th January 2004        227879226
 Outlandish IV       29th April 2003          227879226
 Outlandish III      27th December 2001       227879226
 Outlandish II        2nd December 2001       227879226
 Outlandish I        14th October 1997        227879226


Three Equations
III An equilateral triangle has a mass of sumation N, which is equal
to (N * N + N)/2, where N=1,2,3,... This is collapsed lattice counting,
where mass = 1, 3, 6, 10, 15, 21,...
 VI A six sided regular polygon has a mass of 1 + 6 * (N * N + N)/2,
where mass = 7, 19, 37, 61, 91, 127,...
 IV Given a square of sides N, it has a mass of
N * int(2 * N/sqrt(3)) - int(N/sqrt(3)), where N=8, 9, 10,...
For N=1, 2, 3,...,7 mass = N * N. The main series has mass = 68, 85, 105,..
All 10 structures in todate are combinations of these three equations.