Arithmetic cusp shapes are dense

Details Arithmetic cusp shapes are dense Arithmetic cusp shapes are dense

2006-06-20

arxiv.org/abs/math/0606508v2

Geom. Dedicata 2007 (129), 47-55.

Mathematics

Geometric Topology

Revised after referee report. 11 pages. To appear in Geom. Dedicata

Scientific paper

In this article we verify an orbifold version of a conjecture of Nimershiem from 1998. Namely, for every flat $n$-manifold $M$, we show that the set of similarity classes of flat metrics on $M$ which occur as a cusp cross-section of a hyperbolic $(n+1)$-orbifold is dense in the space of similarity classes of flat metrics on $M$. The set used for density is precisely the set of those classes which arise in arithmetic orbifolds.

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