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@ZenoRogue | |||||
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From @johncarlosbaez's thread twitter.com/johncarlosbaez… I have realized that the hyperbolic manifold we have been flying through in some videos is kind of a 3D version. The genus 4 Riemann surfaces themselves can be seen as tot.geo. submanifolds (they look like circles). pic.twitter.com/nbJIPqd0tB
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Steve Trettel
@stevejtrettel
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19. stu |
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Wow! What’s a description of this 3 mfld? Awesome as always! 😃
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Zeno Rogue
@ZenoRogue
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19. stu |
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Thanks! We do the same computations as usual for {4,3,5} tiling in the hyperboloid model, but in the field F₂₅ instead of reals. Two cells of the actual {4,3,5} are identified (in some orientation) iff the isometry matrix taking one to other computed in F₂₅ equals identity.
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