Geometric realizations of the multiplihedra
By S. Ma’u, Christopher Woodward. Compositio Mathematica, 2010
52 citations recorded by the source corpus.
Subfields: Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/8613e5158bb47157cfb7f5a3bba1a642110160e3
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In Geometry and Topology
- Yankı Lekili
- D. Joyce
- J. Evans
- Zachary Sylvan
- Christopher Woodward
- T. Bridgeland
- I. Smith
- M. Haskins
In Mathematical Physics
- Yankı Lekili
- D. Joyce
- J. Evans
- Zachary Sylvan
- Christopher Woodward
- I. Smith
- T. Bridgeland
- Yukinobu Toda
Citations in the corpus
- A generalization of manifolds with corners (2015, background): “Ma’u and Woodward [22] define moduli spaces Mn,1 of ‘stable n-marked quilted discs’.”
- Generating the Fukaya categories of Hamiltonian 𝐺-manifolds (2015, background): “The A∞ -equations follow from the fact that these compactifications are homeomorphic to associahedra [42, 43, 44].”
- On partially wrapped Fukaya categories (2016, background): “nity, modulo translation. This space, suitably compactied, realizes Stashe’s multiplihedra. For other, nicer descriptions of the multiplihedra in the context of Floer theory, we refer the reader to [29]. To achieve associativity of strip-like end gluing in the boundary charts, we rst need an auxilia”
- QUANTUM KIRWAN MORPHISM AND GROMOV-WITTEN INVARIANTS OF QUOTIENTS I (2012, background): “(d) (Cutting edges with relations) Υ : Γ → Γ′ cuts edges with relations of Γ if the vertices are the same, but Γ′ has fewer edges than Γ, with each removed edge lying on a path between the root edge and the colored vertices, and each path passing through a unique such edge.”