Illustrations Page 6

Octahedral Refractive Quark Shell Theory of Nuclear Structure
Aran David Stubbs

Illustrations Page 6

Note: color scheme done for asthetics: red monoquark and blue/green diquark happened to look better than green monoquark and red/blue diquark, or blue monoquark and red/green diquark. All 3 forms should be equally likely.

Sphere focused images: Baryon Count 101-150

sd is the count of surface downs. Fewer is better, generally. Element name is stablest less than
or equal to maximum surface charge (equal means no surface downs). Often there is a link from the element tag to the corresponding sketchup.

101	Ru 4sd S111xL4	Ru 4sd S111xL4	Ru 4sd S111xL4	Ru 5sd D-2L4+2s	Ru 5sd S001	end

102	Ru 5sd S111xL4+2s	Ru 5sd S001	Ru 6sd E+0-1L5-6v	end

103	Rh 4sd S001L4-2s	Rh 5sd S111L4+2t2+4s	end

104	Pd 3sd S001L4	Pd 3sd S001L4	Pd 4sd E+0-1L5-4v	end

105	Pd 3sd S001xL4 Iffy Dipole	Pd 3sd S001xL4 Iffy Dipole	Pd 4sd S001L4+2s face	end

106	Pd 4sd E+0-1L5-2v	Pd 4sd E+0-1L5-4v	Pd 4sd S001xL4+2s	end

107	Ag 4sd S001L4+2t2	Ag 4sd S111xL4+2t3	Ag 4sd S001xL4+4s	end

108	Pd 4sd E+0-1L5-2v	Xe 0sd S2E+2L4	Xe 0sd S2E+2L4	end

109	Ag 5sd S001L4+2t3-2s	Ag 5sd S001xL4+2t2+2s	Ag 6sd E-1-1QxL4	Ag 6sd E-1-1QxL4	Ag 6sd S123 High Dipole	end

110	Pd 4sd E+0-1L5	Pd 4sd E+0-1L5	Pd 4sd E+0-1L5	Xe 0sd S2E+2xL4	Xe 0sd S2E+2xL4	end

111	Cd 4sd S001xL4+2t3	Cd 5sd D-1 Iffy Dipole	end

112	Cd 4sd E+0-1L5+4s	Cd 6sd DT2L4	Cd 6sd DT2L4	Cd 7sd S013L4	end

113	In 5sd S111L4+4t3	In 5sd S001L4+2t3+2t2	In 5sd S001x	In 5sd S112	In 5sd E-1 Iffy Dipole	In 3sd E+0-1L5+2t2 Bad Sym	end

114	Sn 4sd E+0-1L5+8s	Sn 4sd E+0-1L5+8s Alternate pattern	Sn 3sd S001L4+2t4 Iffy Dipole	Sn 4sd S222xL4 Iffy Dipole	Sn 4sd S222xL4 Iffy Dipole	Sn 4sd S222xL4 Iffy Dipole	end

115	Sn 3sd S001xL4+2t4	Sn 5sd S001L4+4t3-2s	Sn 3sd D-1 Iffy Dipole	end

115.5	Best E+0+0OL6 ~Sb	Best E+0+0OL6 ~Sb	Best E+0+0OL6 ~Sb	end

116	Sn 4sd E+0-1L5+4t2	Sn 4sd S001xL4+2t4+2s	Sn 5sd S001L4+4t3
	Sn 5sd S013xL4 Iffy Dipole	Sn 5sd S013xL4 Iffy Dipole	Sn 5sd S013xL4 Iffy Dipole	Sn 6sd S022L4 Iffy Dipole	Rh 9sd S001 Big Dipole	end

117	Sn 5sd S001xL4+4t3	Sn 6sd S022L4+2s	Sn 6sd E+0+2	Sn 5sd DE-1 Iffy Dipole	Sn 4sd D-1 Iffy Dipole	end

118	Sn 6sd S022L4+4s	Sn 6sd E+0-1L5+4t2+4s	Sn 6sd S001xL4+4t3+2s	Sn 4sd DE-1 Iffy Dipole	end

119	Sn 6sd S001xL4+2t4+2t2	Sn 6sd S022L4+6s	Sn 6sd E+0+2	Sn 7sd S111xL4+6t3	Sn 4sd D-1 Iffy Dipole	end

120	Sn 6sd E+0-1	Sn 6sd E+0+2L4	Sn 6sd E+0+2L4	Sn 6sd S022xL4	Sn 6sd S022xL4	Sn 6sd S001L4+2t4+2t3	end

121	Sb 5sd S001xL4+2t4+2t3	Sb 6sd S112L4-2t2+4s
	Sb 5sd DE-1 Iffy Dipole	Sb 5sd D-1 Iffy Dipole	Sb 6sd S333xL4 Iffy Dipole	Sb 6sd S333xL4 Iffy Dipole	Sb 6sd S333xL4 Iffy Dipole	end

122	Te 4sd E+0-1L5+4t3	Te 5sd S112L4	Te 6sd E+0-1L5+8t2	end

123	Sb 6sd S112L4+2s	Sb 7sd E+0+2L4+2t2	Sb 7sd E+0+2L4+2t2	Sb 7sd E+0+2L4+2t2
	Sb 6sd E+1+1 Iffy Dipole	Sb 6sd S002 Iffy Dipole	Sb 6sd DE-1 Iffy Dipole	end

124	Te 6sd E+0-1L5+4h2	Te 6sd E+0-1L5+4t3+4s	Te 5sd E+1+1L4	Te 5sd E+1+1L4	Te 5sd S112L4+4s
	Te 5sd S002 Iffy Dipole	Te 5sd DE-1 Iffy Dipole	end

125	Te 5sd E+1+1xL4	Te 5sd E+1+1xL4	Te 5sd E+0+3oL5-2s	Te 5sd S112L4+6s
	Te 5sd S002 Iffy Dipole	Ag 8sd DE-1 Big Dipole	Ag 8sd D-1 Big Dipole	end

126	Te 6sd E+0-1	Te 5sd S112xL4	Te 5sd E+0+3OL4	Te 6sd S002 Iffy Dipole	end

127	I 5sd S112xL4+2s	I 5sd S002L4-2s	end

128	Xe 4sd E+0-1	Xe 4sd S002L4	Xe 4sd S002L4	end

129	Xe 4sd S002L4+2s vertex	Xe 5sd S002L4+2s face	end

130	Xe 4sd T001	Xe 4sd E+0-1	Xe 4sd S002xL4	Xe 4sd S002xL4	Xe 4sd S002xL4	end

131	Xe 5sd S011L5-2t2+2s	Xe 5sd S002xL4+2s	end

132	Xe 5sd S011	Xe 6sd E+0-1	Xe 6sd S000L5-4v	Xe 6sd S002L4+2t2-2s	Xe 6sd S112xL4+2t3	end

133	Cs 4sd S011L5	end

134	Ba 3sd S011L5+2s	Ba 4sd S000	Ba 4sd E+0-1+4h3	Ba 6sd E+0-1QxL4 Prettiest	Ba 6sd E+0-1QxL4 Prettiest	end

135	Ba 3sd S011xL5	Ba 3sd E-1+1L5 Iffy Dipole	end

136	Ba 4sd E+0-1	Ba 4sd S000L5-2v	end

137	Ba 4sd S000L5-6s	Ba 5sd S011L5+2t2+2s	end

138	Ba 4sd E+0-1	Ba 4sd S000L5-4s	Ba 5sd S011xL5+2t2	end

139	La 3sd S000L5-2s	La 5sd S000L5+2t2-2v	La 5sd S000L5+2t2-2v	La 5sd S011xL5+2t2+2s	La 6sd S223xL4	La 8sd S023L4	end

140	Ce 2sd T001	Ce 2sd S000L5	Ce 2sd S000L5	Ce 2sd S000L5	end

141	Pr 2sd S000L5+2s	Pr 5sd DC2L5	Pr 5sd DC2L5	end

142	Nd 2sd T001	Nd 2sd S000L5+4s	Nd 4sd S122 Iffy Dipole	Nd 4sd E+0-1QxL4	Nd 4sd E+0-1QxL4	end

143	Nd 2sd S000L5+2t2	Nd 2sd S000L5+2t2	Nd 3sd DT1	Nd 3sd S000L5+6s	end

144	Nd 3sd S000L5+2t2+2s	Nd 3sd DT1	Nd 4sd T001	Nd 4sd S000L5+8s	Nd 4sd S011xL5+2t3+2t2	Nd S023xL4 5sd Iffy Dipole	end

145	Nd 3sd S000L5+2t3-2s	Nd 3sd DT1	end

146	Nd 3sd S000L5+2t3	Nd 3sd S000L5+2t3	Nd 4sd T001	Nd 4sd DT1L5-4v
	Nd 6sd E+1+2	Nd 6sd S113L4	Nb 20sd E-1-1L6 Big dipole	Nb 20sd E-1-1L6 Big dipole	end

147	Sm 2sd S000L5+2t3+2s	Sm 3sd S011xL5+4t3	Sm 2sd DT1 Iffy Dipole	end

148	Nd 4sd S000L5+2t4-4s	Nd 4sd DT1L5-2v	Nd 6sd T001	Nd 6sd E+1+2L4	end

149	Sm 3sd S000L5+2h2+4s	Sm 4sd S000L5+2t3+2t2	Sm 2sd S000L5+2t4-2s Iffy Dipole	Sm 2sd DT1L5-2s Iffy Dipole	Sm 2sd DT1L5-2s Iffy Dipole	end

150	Sm 3sd DT1+2s-2s	Sm 4sd T001	Sm 4sd E+1+2xL4	Sm 2sd DT1L5 Iffy Dipole	Sm 2sd S000L5+2t4 Iffy Dipole	end

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