Admissible Limit Sets of Discrete Groups On Symmetric Spaces of Rank One
TL;DRAbstract
In recent years it has become increasingly clear that a number of important results about limit sets of discrete groups acting on real hyperbolic space H R n remain true also for the complex, quarternionic, and two- dimensional octonionic spaces, . for all non-compact Riemannian symmetric spaces of rank one [Ka], [C], [CI], [BJ]. There are two essential elements in these generalizations. One is the description of the “non- tangential” or “conical” boundary approach domains of the Poincaré model of H R n as tubes of constant diameter around geodesic rays: We call these the admissible domains. The other is the intrinsic, in general non-isotropic, metric of the boundary and the way it is related to the admissible domains.
Chat with Paper
AI Agents for this Paper
In recent years it has become increasingly clear that a number of important results about limit sets of discrete groups acting on real hyperbolic space H R n remain true also for the complex, quarternionic, and two- dimensional octonionic spaces, . for all non-compact Riemannian symmetric spaces of rank one [Ka], [C], [CI], [BJ]. There are two essential elements in these generalizations. One is the description of the “non- tangential” or “conical” boundary approach domains of the Poincaré model of H R n as tubes of constant diameter around geodesic rays: We call these the admissible domains. The other is the intrinsic, in general non-isotropic, metric of the boundary and the way it is related to the admissible domains.
Keywords
Chat
Click to start Chat