
Explorez les notions de courbure non positive et leur application à la théorie des groupes, en mettant l'accent sur les méthodes combinatoires et géométriques classiques.

Explore 3-manifold group ranks, covering Heegaard genus, Abert-Nikolov's work on rank growth, and geometric decompositions of hyperbolic 3-manifolds with bounded rank.

Explore 3-manifold group ranks, covering Heegaard genus, Abert-Nikolov's work on rank growth, and geometric decompositions of hyperbolic 3-manifolds with bounded rank.

Explore 3-manifold group ranks, covering generation, Heegaard genus, growth in cover towers, mapping tori, and geometric decompositions of hyperbolic 3-manifolds.

Explorez les conditions conjecturales impliquant qu'un groupe est le groupe fondamental d'une 3-variété compacte. Examinez la conjecture de Cannon et ses variantes, ainsi que leurs connexions et critères.

Explore Thurston's geometric perspective on 3-manifolds, including Perelman's Geometrization Theorem, and its implications for topology, algorithms, and group theory in 3-dimensional spaces.

Explore Thurston's geometric perspective on 3-manifolds, Perelman's Geometrization Theorem, and their impact on topology. Discover algorithmic and group-theoretic applications in 3-manifold theory.

Explore geometric approaches to Artin groups, focusing on constructing group actions on spaces with CAT(0), hyperbolic, or systolic geometries. Gain insights into recent progress and parabolic subgroups.

Explore right-angled Artin groups and their automorphisms, bridging free and abelian groups. Discover a new "Outer Space" analogue for RAAGs and its potential applications in geometric group theory.

Explore Artin groups, including braid groups and free groups. Discover algebraic and geometric characterizations, current knowledge, and new approaches to challenging problems in this field.

Explore finite index rigidity of hyperbolic groups, examining tools and ideas for proving isomorphic finite index subgroups have the same index in non-elementary cases.

Explore strong coherence in one-relator groups, examining their geometric and algebraic properties in this advanced mathematical lecture.

Explore Gromov-hyperbolic surface bundles, drilling essential closed curves, and cubulability conditions in relatively hyperbolic fundamental groups with peripheral Z+Z groups.

Explore local connectivity of boundaries in relatively hyperbolic groups, extending Gromov's results to a more general setting without restrictions. Gain insights into geometric group theory.

Explore the coherence of one-relator groups, focusing on Baumslag's conjecture and its proof. Gain insights into finitely generated subgroups and their presentations in group theory.

Explore hyperbolic geometry's role in characterizing monotonicity of rational number ordering on a modular torus, connecting to Diophantine approximation and number theory.

Explore subgroup distortion in hyperbolic groups, surveying known functions and examining new examples constructed with Tim Riley.

Explore baneled projections to Z-factor graphs in subgroup geometry, delving into advanced mathematical concepts and their applications.

Explore finiteness properties of subgroups in hyperbolic groups and complex hyperbolic lattices, focusing on cocompact arithmetic lattices with positive first Betti number.

Explore the deformation space of trees in virtually free groups, relating it to Outer Space of free subgroups. Understand equivalence and actions on trees with finite stabilizers.

Explore new rational curvature invariants of 2-complexes, unifying theories of various families and their potential applications in geometric group theory.