Lecture III: Counting mapping class group orbits on hyperbolic surfaces
Lecture III: Counting mapping class group orbits on hyperbolic surfaces
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Maryam Mirzakhani, Stanford University
Let X be a complete hyperbolic metric on a surface of genus g with n punctures. In this lecture I will discuss the problem of the growth of skX(L), the number of closed curves of length at most L on X with at most k self-intersections. More generally, we investigate the properties of the orbit of an arbitrary closed curve γ under the action of the mapping class group. I will also discuss problems regarding the distribution of the corresponding geodesics on T1(X).