Conformal metrics with constant curvature one and finite conical singularities on compact Riemann surfaces
arXiv:1302.6457 · doi:10.2140/pjm.2015.273.75
Abstract
A conformal metric with constant curvature one and finite conical singularities on a compact Riemann surface can be thought of as the pullback of the standard metric on the 2-sphere by a multi-valued locally univalent meromorphic function on , called the {\it developing map} of the metric . When the developing map of such a metric on the compact Riemann surface has reducible monodromy, we show that, up to some M{\" o}bius transformation on , the logarithmic differential of turns out to be an abelian differential of 3rd kind on , which satisfies some properties and is called a {\it character 1-form of} . Conversely, given such an abelian differential of 3rd kind satisfying the above properties, we prove that there exists a unique conformal metric on with constant curvature one and conical singularities such that one of its character 1-forms coincides with . This provides new examples of conformal metrics on compact Riemann surfaces of constant curvature one and with singularities. Moreover, we prove that the developing map is a rational function for a conformal metric with constant curvature one and finite conical singularities with angles in on the two-sphere.
Substantially revised. In particular, the definition of abelian metric is replaced by that of reducible metric. Comments welcomed. Submitted
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