International audienceWe present a structure theorem for the multiple non-cyclotomic irre-ducible factors appearing in the family of all univariate polynomials with a given set of coefficients and varying exponents. Roughly speaking, this result shows that the multiple non-cyclotomic irreducible factors of a sparse polynomial, are also sparse. To prove this, we give a variant of a theorem of Bombieri and Zannier on the intersection of a fixed subvariety of codimension 2 of the multiplicative group with all the torsion curves, with bounds having an explicit dependence on the height of the subvariety. We also use this latter result to give some evidence on a conjecture of Bolognesi and Pirola
En géométrie diophantienne, la théorie des intersections improbables est un domaine en constante évo...
The problem of computing the roots of a particular sequence of sparse polynomials pn(t) is considere...
We show that deciding whether a sparse polynomial in one variable has a root in Fp (for p prime) is ...
International audienceWe present a structure theorem for the multiple non-cyclotomic irre-ducible fa...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
We consider the problem of finding a sparse multiple of a polynomial. Given f ∈ F[x] of degree d ove...
What makes an intersection likely or unlikely? A simple dimension count shows that two varieties of ...
We show that certain problems involving sparse polynomials with integer coefficients are at least as...
En géométrie diophantienne, la théorie des intersections improbables est un domaine en constante évo...
The problem of computing the roots of a particular sequence of sparse polynomials pn(t) is considere...
We show that deciding whether a sparse polynomial in one variable has a root in Fp (for p prime) is ...
International audienceWe present a structure theorem for the multiple non-cyclotomic irre-ducible fa...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
International audienceLet $F(x, y)∈C[x, y]$ be a polynomial of degreed and let $G(x, y)∈C[x, y]$ be ...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
Let $A$ be a non-isotrivial family of abelian varieties over a smooth irreducible curve $S$. Suppose...
We consider the problem of finding a sparse multiple of a polynomial. Given f ∈ F[x] of degree d ove...
What makes an intersection likely or unlikely? A simple dimension count shows that two varieties of ...
We show that certain problems involving sparse polynomials with integer coefficients are at least as...
En géométrie diophantienne, la théorie des intersections improbables est un domaine en constante évo...
The problem of computing the roots of a particular sequence of sparse polynomials pn(t) is considere...
We show that deciding whether a sparse polynomial in one variable has a root in Fp (for p prime) is ...