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19992025
most citedLinear relations between polynomial orbits

51 citations · 372 across the 56 of their papers we have counts for

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12 papers · 1 filter

math.AG2024

Monodromy groups of product type

Danny Neftin, Michael E. Zieve

The combination of this paper and its companion complete the classification of monodromy groups of indecomposable coverings of complex curves of suffic…

math.AG2024★ 2 cited

Monodromy groups of indecomposable coverings of bounded genus

Danny Neftin, Michael E. Zieve

For each nonnegative integer , we classify the ramification types and monodromy groups of indecomposable coverings of complex curves where has genus , under t…

math.AG2021

The relative Riemann-Hurwitz formula

Zhiguo Ding, Michael E. Zieve

For any nonconstant f,g in C(x) such that the numerator H(x,y) of f(x)-g(y) is irreducible, we compute the genus of the normalization of the curve H(x,y)=0. We also prove an analog…

math.AG2014★ 5 cited

On factorizations of maps between curves

Dijana Kreso, Michael E. Zieve

We examine the different ways of writing a cover of curves over a field as a composition , where each is a cover of…

math.AG2013★ 3 cited

Separated Belyi Maps

Zachary Scherr, Michael E. Zieve

We construct Belyi maps having specified behavior at finitely many points. Specifically, for any curve C defined over Q-bar, and any disjoint finite subsets S, T in C(Q-bar), we co…

math.AG2008★ 38 cited

On Ritt's polynomial decomposition theorems

Michael E. Zieve, Peter Mueller

Ritt studied the functional decomposition of a univariate complex polynomial f into prime (indecomposable) polynomials, f = u_1 o u_2 o ... o u_r. His main achievement was a proced…