Explicit angle structures for veering triangulations
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Publication:1938763
DOI10.2140/agt.2013.13.205zbMath1270.57054arXiv1012.5134OpenAlexW3099766793MaRDI QIDQ1938763
David Futer, Francçois Guéritaud
Publication date: 25 February 2013
Published in: Algebraic \& Geometric Topology (Search for Journal in Brave)
Full work available at URL: https://arxiv.org/abs/1012.5134
Related Items (16)
The taut polynomial and the Alexander polynomial ⋮ Geometric triangulations of a family of hyperbolic 3-braids ⋮ Fibered faces, veering triangulations, and the arc complex ⋮ Veering branched surfaces, surgeries, and geodesic flows ⋮ Geometric triangulations and highly twisted links ⋮ Flows, growth rates, and the veering polynomial ⋮ A polynomial invariant for veering triangulations ⋮ Computation of the Taut, the Veering and the Teichmüller Polynomials ⋮ Stable loops and almost transverse surfaces ⋮ Taut branched surfaces from veering triangulations ⋮ Random veering triangulations are not geometric ⋮ Non-geometric Veering Triangulations ⋮ Veering structures of the canonical decompositions of hyperbolic fibered two-bridge link complements ⋮ Experimental Statistics of Veering Triangulations ⋮ Veering triangulations and Cannon–Thurston maps ⋮ Veering triangulations and the Thurston norm: homology to isotopy
Uses Software
Cites Work
- Veering triangulations admit strict angle structures
- Ideal triangulations of 3-manifolds II; taut and angle structures
- On canonical triangulations of once-punctured torus bundles and two-bridge link complements. With an appendix by David Futer.
- An algorithm to determine the Heegaard genus of simple 3-manifolds with nonempty boundary
- The Thurston norm via normal surfaces
- Euclidean structures on simplicial surfaces and hyperbolic volume
- Combinatorial optimization in geometry
- Word hyperbolic Dehn surgery
- Taut ideal triangulations of \(3\)-manifolds
- Ideal triangulations of pseudo-Anosov mapping tori
- From angled triangulations to hyperbolic structures
- Angle structures and normal surfaces
- Angled decompositions of arborescent link complements
- Démonstration d'un théorème de Penner sur la composition des twists de Dehn
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