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http -> https (the question was bumped anyway)
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Martin Sleziak
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I believe this is the disphenoidal 288-cell. A spherical code that combines two 24-cells has the same minimal Euclidean distance as the vertices of the 288-cell, and those same vertices form the 2O group when written as unit quaternions. See http://errorcorrectionzoo.org/c/disphenoidal288cellhttps://errorcorrectionzoo.org/c/disphenoidal288cell for references.

I believe this is the disphenoidal 288-cell. A spherical code that combines two 24-cells has the same minimal Euclidean distance as the vertices of the 288-cell, and those same vertices form the 2O group when written as unit quaternions. See http://errorcorrectionzoo.org/c/disphenoidal288cell for references.

I believe this is the disphenoidal 288-cell. A spherical code that combines two 24-cells has the same minimal Euclidean distance as the vertices of the 288-cell, and those same vertices form the 2O group when written as unit quaternions. See https://errorcorrectionzoo.org/c/disphenoidal288cell for references.

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I believe this is the disphenoidal 288-cell. A spherical code that combines two 24-cells has the same minimal Euclidean distance as the vertices of the 288-cell, and those same vertices form the 2O group when written as unit quaternions. See http://errorcorrectionzoo.org/c/disphenoidal288cell for references.