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Jul 6 at 7:50 vote accept Josh Lam
Jul 6 at 2:59 history became hot network question
Jul 5 at 23:01 answer added Moishe Kohan timeline score: 5
Jul 5 at 18:45 comment added Josh Lam Ah, I think I understand now--thanks very much!
Jul 5 at 18:40 comment added Moishe Kohan Start by googling "thick-thin decomposition" and "Margulis constant." The notion is related to Mumford's but different.
Jul 5 at 18:22 comment added Josh Lam Thanks! Can you say a bit more? I am aware of Mumford's result that the $\epsilon$-thick part of $M_g$ is compact, but maybe that's not quite what you mean by thick-thin decomposition.
Jul 5 at 18:16 comment added Moishe Kohan Yes, it does provide an answer: You can even make $\epsilon$ independent of the genus.
Jul 5 at 18:11 comment added Josh Lam I do, roughly. Does that help for my question somehow?
Jul 5 at 17:52 comment added Moishe Kohan Do you know about thick-thin decomposition of hyperbolic surfaces?
Jul 5 at 17:46 history edited Josh Lam
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Jul 5 at 16:49 history asked Josh Lam CC BY-SA 4.0