The data for n = 16b


The potential
The picture and a description of the configuration
The Gram minimal eigenvalue projection
The Gram middle eigenvalue projection
The Gram largest eigenvalue projection
The Coulomb view
The points in Mathematica format

potential =92.9204


The minimum gram eigenvalue projection gives bandology of (3,3,3,3,3,1) with two interleaved pairs of 3's.

[Graphics:n16bpic.jpg]

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smallest eigenvalue Gram view

[Graphics:n16bg1.jpg]

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second largest eigenvalue Gram view

[Graphics:n16bg2.jpg]

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largest eigenvalue Gram view

[Graphics:n16bg3.jpg]

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The Coulomb view

[Graphics:n16bcoul.jpg]

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The points

{{0.678575, -0.731733, 0.0640525}, {-0.237887, 0.860608, 0.450292}, {-0.792576, 0.494715, -0.356482}, {-0.159013, -0.964314, -0.211693}, {-0.0510917, 0.89569, -0.441734}, {0.595747, 0.780215, 0.19066}, {0.165244, -0.658645, 0.734086}, {-0.639536, -0.604603, 0.474814}, {0.362043, -0.529714, -0.767025}, {-0.816831, -0.415941, -0.399726}, {0.692461, 0.0852191, 0.716405}, {-0.295755, 0.0186763, -0.955081}, {0.525801, 0.367377, -0.767182}, {0.98916, 0.0285495, -0.144038}, {-0.875202, 0.208314, 0.436609}, {-0.141146, 0.165591, 0.976042}}

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Copyright by Neubauer, Schilling, Watkins and Zeitlin (1998).