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The groups $\Gamma_{n}^{4}$, braids, and $3$-manifolds
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abstract
We introduce a family of groups $\Gamma_n^k$ for integer parameters $n>k$. These groups originate from discussion of braid groups on $2$-surfaces. On the other hand, they turn out to be related to 3-manifolds (in particular, they lead to new relationships between braids and manifolds), triangulations (ideal triangulations) cluster algebras, dynamics of moving points, quivers, hyperbolic structures, tropical geometry, and, probably, many other areas still to be discovered. Among crucial reason of this importance of groups $\Gamma_{n}^{4}$ we mention the Ptolemy relation, Pentagon relation, cluster algebra, Stasheff polytope.
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Cited by 1 Pith paper
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Tropical Ptolemy Transformations and Invariants of Braids
Tropical Ptolemy label flips on spherical Delaunay triangulations are claimed to yield braid invariants, but the load-bearing pentagon identity is asserted without verification.
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