An Alternate View of Nuclear Structure
Aran David Stubbs
Structure S001L1
This solution is a skewed octahedra 
, with 1 dimension of skewing , so there are 4 square 2×2 vertices 
and 2 diagonal vertices
. Note – this solution is equivalent to solution E-1-1L1 with 4 trios of spheres added, or E-1-1L2 with 4 spheres added and the single sphere vertices cropped. Adding 4 more spheres is equivalent to solution E+1+1L1 .
Ridge: 5 Position:3
Baryon Count: 7
Surface Spheres: 14
Interior Spheres: 0
Normalized Surface to Interior Ratio: 2.750
Parent: null
Cousin: null
Images:
Sketchups: Li6 Li7 Be8 Be9 x+2 Be9 +1+1 B10 B11
Long Vertex view (yellow monoquarks, purple diquarks, white strong bonds, and grey weaker bonds
Base Li7
Extended by 2 spheres (red monoquarks & blue-green diquarks), trimmed by 4
Li6 (E-1-1L2)
Long Vertex view (red monoquarks & blue-green diquarks)
Base Li7
Extended by 2 spheres (red monoquarks & blue-green diquarks)
Be8
Extended by 4 spheres (red monoquarks & blue-green diquarks), 2 over vertices and 2 others.
Be9
Extended by 4 spheres (red monoquarks & blue-green diquarks) at the corners.
Be9 (E+1+1L1)
Extended by 6 spheres (red monoquarks & blue-green diquarks) 2 over vertices and 4 others at the corners.
B10 (E+1+1xL1)
Extended by 2 trios and 2 spheres (red monoquarks & blue-green diquarks)
B11