N=4

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie
Experimental Movie 1
Experimental Movie 2

N=5

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie

N=6

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie

N=7

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie

N=8

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie

N=9

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie

N=10

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie

N=11

Spherical Code Structure
Transition Structure
Transition Movie
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N=12

Spherical Code Structure
Transition Structure
Transition Movie
Longer Movie

N = 5 Spherical Code Structure

The N = 5 spherical code solution has a degenerate continuum of structures ranging from a square pyramid (SP) to a triangular bipyramid (TBP) arrangement of spheres. In reference [Phillips,Jankowski,Marval,Glotzer,PRE,2012] it was shown that entropically, the square pyramid is the preferred structure of the thermodynamic cluster. So the N = 5 spherical code cluster structure has symmetry C4v and ΛSC = 0.4142. The square pyramid structure is equivalent to the N = 6 spherical code solution, an octahedron, minus a single outer sphere. It is also equal to the N=4 transition structure with one sphere added.


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