The data for n = 45a


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 =846.1884130


The minimum gram eigenvalue projection has 15 bands of 3's.

[Graphics:n45apic.jpg]

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smallest eigenvalue Gram view

[Graphics:n45ag1.jpg]

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second largest eigenvalue Gram view

[Graphics:n45ag2.jpg]

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largest eigenvalue Gram view

[Graphics:n45ag3.jpg]

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The Coulomb view

[Graphics:n45acoul.jpg]

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The points

{{-0.291347, -0.922148, 0.25448}, {-0.468103, 0.878543, -0.0950862}, {-0.449777, -0.245472, -0.858746}, {-0.858577, -0.065049, 0.508542}, {0.843342, 0.119577, -0.523903}, {-0.039262, 0.714803, 0.698223}, {0.873648, -0.247147, 0.419116}, {-0.214359, 0.233438, -0.94845}, {0.826093, 0.319763, 0.464028}, {-0.433747, 0.636795, -0.63746}, {0.122241, 0.610697, -0.782372}, {-0.0742534, 0.228901, 0.970614}, {0.594215, -0.350703, -0.723821}, {0.0958691, -0.271071, 0.957773}, {-0.81446, -0.362458, -0.453077}, {0.717498, -0.675999, 0.167995}, {-0.865226, 0.418198, 0.276575}, {0.565901, -0.0728577, 0.821248}, {0.874086, -0.403741, -0.270122}, {0.491358, 0.771284, 0.404585}, {-0.443245, -0.207634, 0.872022}, {0.435271, 0.891834, -0.12317}, {0.456064, -0.602974, 0.654544}, {-0.815548, 0.522074, -0.24964}, {-0.993727, 0.0324423, -0.107022}, {-0.74239, 0.162268, -0.650021}, {0.16497, -0.692067, -0.702729}, {-0.0868336, -0.703424, 0.705447}, {-0.0166384, 0.92452, -0.38077}, {0.593817, 0.59336, -0.54342}, {0.249584, -0.936139, 0.247691}, {-0.60756, -0.588262, 0.533684}, {-0.490594, 0.763375, 0.420209}, {0.416979, 0.163457, -0.894097}, {0.000129262, 0.977405, 0.211375}, {0.0775973, -0.242895, -0.966944}, {0.838785, 0.542689, -0.0439049}, {-0.552951, 0.339935, 0.760717}, {0.494294, -0.814587, -0.303516}, {0.999244, 0.038268, -0.00680714}, {-0.593743, -0.790737, -0.149009}, {-0.356143, -0.699149, -0.619962}, {-0.0340682, -0.970431, -0.238961}, {-0.890692, -0.440674, 0.111687}, {0.402243, 0.422014, 0.812469}}

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