activity
20002012
most citedA note on Galois modules and the algebraic fundamental group of projective curves

1 citations · 4 across the 11 of their papers we have counts for

collaborators

11 papers

math.NT2012★ 1 cited

Rational points on curves over function fields

Amilcar Pacheco, Fabien Pazuki

We provide in this paper an upper bound for the number of rational points on a curve defined over a one variable function field over a finite field. The bound only depends on the c…

math.AG2010

Normal subgroups of fundamental groups of affine curves in positive characteristic II

Amilcar Pacheco, Pavel Zalesskii, Katherine F. Stevenson

Let be an algebraically closed field of characteristic and let be a smooth connected affine curve. Denote by its algebraic fundamental group. The goal of t…

math.AG2007

Normal subgroups of the algebraic fundamental group of affine curves in positive characteristic

Amilcar Pacheco, Pavel Zalesski, Katherine F. Stevenson

Let be the algebraic fundamental group of a smooth connected affine curve, defined over an algebraically closed field of characteristic of countable cardinality. Let…

math.NT2006★ 1 cited

Selmer groups of abelian varieties in extensions of function fields

Amilcar Pacheco

Let be a field of characteristic , $\cac$ a smooth geometrically connected curve defined over with function field $K:=k(\cac)$. Let be a non constant abelian varie…

math.NT2004

On the rank of abelian varieties over function fields

Amilcar Pacheco

Let $\cac$ be a smooth projective curve defined over a number field , $A/k(\cac)$ an abelian variety and the $k(\cac)/k$-trace of . We estimate how the rank of $A(k(\…

math.NT2003★ 1 cited

On the variation of the rank of Jacobian varieties on unramified abelian towers over number fields

Amilcar Pacheco

Let be a smooth projective curve defined over a number field , a smooth projective curve of positive genus, the Jacobian variety of and the $k(C)/…