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Finite braid group orbits on $SL_2$-character varieties
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abstract
Let X be a 2-sphere with n punctures. We classify all conjugacy classes of Zariski-dense representations $$\rho: \pi_1(X)\to SL_2(\mathbb{C})$$ with finite orbit under the mapping class group of X, such that the local monodromy at one or more punctures has infinite order. We show that all such representations are "of pullback type" or arise via middle convolution from finite complex reflection groups. In particular, we classify all rank 2 local systems of geometric origin on the projective line with n generic punctures, and with local monodromy of infinite order about at least one puncture.
Forward citations
Cited by 2 Pith papers
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On Siegel's problem and Dwork's conjecture for $G$-functions
G-functions of order two exist that are not polynomial expressions in algebraic pullbacks of hypergeometric functions, answering Siegel's problem negatively and adding counterexamples to Dwork's conjecture.
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Density of integral points in the Betti moduli of quasi-projective varieties
Potential density of integral points is established for relative SL2 and PGL2 character varieties of all smooth quasi-projective complex varieties with snc compactification.
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