Asymptotic Cones of Finitely Generated Groups
By S. Thomas, B. Velickovic. 2000
60 citations recorded by the source corpus.
Subfields: Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/ef0b8678c2f2240aa19a97799d3cd072b1574fcd
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Geometry and Topology
- Alessandro Sisto
- Jason A. Behrstock
- Denis V. Osin
- Cornelia Drutu
- Dominik Gruber
- Mark V. Sapir
- Mark F. Hagen
- Lee Mosher
In Mathematical Physics
- Alessandro Sisto
- Jason A. Behrstock
- Denis V. Osin
- Dominik Gruber
- Cornelia Drutu
- Mark F. Hagen
- Mark V. Sapir
- A. Ol’shanskii
Citations in the corpus
- Asymptotic cones of finitely presented groups (2003, background): “In [ 31 ], answering a question of Gromov [16], Thomas and Velickovic constructed”
- Lacunary hyperbolic groups (2007, methodology): “Groups constructed by Thomas and Velickovic [51] and more general small cancellation groups given by relations whose lengths form lacunary sequences of numbers from Gromov [22, Section 1.”
- Tree-graded spaces and asymptotic cones of groups (2004, background): “It is known, however, that even if the Continuum Hypothesis is true, there exist groups with more than one non-homeomorphic asymptotic cones [ TV ].”
- Thick metric spaces, relative hyperbolicity, and quasi-isometric rigidity (2005, background): “A construction in [83] (of which a more elaborated version can be found in [34, Sect.”
- Infinitely presented graphical small cancellation groups are acylindrically hyperbolic (2014, background): “finite quotients constructed by Pride [43] are not simple because they are SQ-universal and thus have uncountably many proper quotients, and that the groups with two non-homeomorphic asymptotic cones due to Thomas– Velickovic [49] have cut-points in all of their asymptotic cones.”
- Random walk in random groups (2003, background): “Also one can show that for two such typical sequences {wi} and {w � i } the corresponding groups are not quasi-isometric, even if length(wi )=l ength(w � ) for all i compare [ TV ].) In fact, this Γ∞”
- On the Homogenization of the Hamilton-Jacobi Equation (2019, background): “We refer the interested readers to [11, 32] and references therein.”