In this article, we prove that if two warped cones corresponding to two groups with free, isometric, measure-preserving, ergodic actions on two manifolds are quasi-isometric, then the corresponding groups are uniformly measured equivalent (UME). It was earlier known from the work of de Laat-Vigolo that if two warped cones are QI, then their stable products are QI. Our result strengthens this result and go further to prove UME of the groups. However, Fisher-Nguyen-Limbeek proves that if the warped cones corresponding to two finitely presented groups with no free abelian factors are QI, then there is an affine commensuration of the two actions. Our result can be seen as an extension of their result in the setting of infinite presentability un...
We study probability-measure preserving (p.m.p.) actions of finitely generated groups via the graphi...
We characterize the Lie groups with finitely many connected components that are $O(u)$-bilipschitz e...
We say that two groups are orbit equivalent if they both admit an action on a same probability space...
Sawicki D, Kielak D. Warped cones, (non-)rigidity, and piecewise properties. PROCEEDINGS OF THE LOND...
We prove that if a quasi‐isometry of warped cones is induced by a map between the base spaces of the...
We provide the converses to two results of Roe [Warped cones and property A, Geom. Topol. 9 (2005) 1...
We consider a coarse version of the marked length spectrum rigidity: given a group with two left inv...
Let $G_\Gamma\curvearrowright X$ and $G_\Lambda\curvearrowright Y$ be two free measure-preserving ac...
It is known that the expanders arising as increasing sequences of level sets of warped cones, as int...
In this paper, we prove that any power quasi-symmetry of two metric spaces induces a rough quasi-iso...
In this thesis we introduce a notion of graphs approximating actions of finitely generated groups on...
We show that if $X$ and $Y$ are uniformly locally finite metric spaces whose uniform Roe algebras, $...
We use basic tools of descriptive set theory to prove that a closed set $\mathcal S$ of marked group...
We show a geometric rigidity of isometric actions of non compact (semisimple) Lie groups on Lorentz ...
We study probability measure preserving (p.m.p.) non-free actions of free groups and the associated ...
We study probability-measure preserving (p.m.p.) actions of finitely generated groups via the graphi...
We characterize the Lie groups with finitely many connected components that are $O(u)$-bilipschitz e...
We say that two groups are orbit equivalent if they both admit an action on a same probability space...
Sawicki D, Kielak D. Warped cones, (non-)rigidity, and piecewise properties. PROCEEDINGS OF THE LOND...
We prove that if a quasi‐isometry of warped cones is induced by a map between the base spaces of the...
We provide the converses to two results of Roe [Warped cones and property A, Geom. Topol. 9 (2005) 1...
We consider a coarse version of the marked length spectrum rigidity: given a group with two left inv...
Let $G_\Gamma\curvearrowright X$ and $G_\Lambda\curvearrowright Y$ be two free measure-preserving ac...
It is known that the expanders arising as increasing sequences of level sets of warped cones, as int...
In this paper, we prove that any power quasi-symmetry of two metric spaces induces a rough quasi-iso...
In this thesis we introduce a notion of graphs approximating actions of finitely generated groups on...
We show that if $X$ and $Y$ are uniformly locally finite metric spaces whose uniform Roe algebras, $...
We use basic tools of descriptive set theory to prove that a closed set $\mathcal S$ of marked group...
We show a geometric rigidity of isometric actions of non compact (semisimple) Lie groups on Lorentz ...
We study probability measure preserving (p.m.p.) non-free actions of free groups and the associated ...
We study probability-measure preserving (p.m.p.) actions of finitely generated groups via the graphi...
We characterize the Lie groups with finitely many connected components that are $O(u)$-bilipschitz e...
We say that two groups are orbit equivalent if they both admit an action on a same probability space...