International audienceA period of a rational integral is the result of integrating, with respect to one or several variables, a rational function over a closed path. This work focuses particularly on periods depending on a parameter: in this case the period under consideration satisfies a linear differential equation, the Picard-Fuchs equation. I give a reduction algorithm that extends the Griffiths-Dwork reduction and apply it to the computation of Picard-Fuchs equations. The resulting algorithm is elementary and has been successfully applied to problems that were previously out of reach
The thesis deals with calculating the Picard-Fuchs equation of special one-parameter families of inv...
Zusammenfassung In der vorliegenden Arbeit besch¨aftige ich mich mit Differentialgleichungen von Fey...
AbstractThis paper presents fast algorithms for computing numerical approximations for contour integ...
A period of rational integral is the result of integrating, with respect to one or several variables...
A period of rational integral is the result of integrating, with respect to one or several variables...
A period of rational integral is the result of integrating, with respect to one or several variables...
PosterInternational audienceThis poster gives an overview of a new algorithm to compute periods of r...
AbstractWe construct several rational period functions for modular integrals with weight 2k on the m...
We consider a family of genus 2 hyperelliptic curves of even order and obtain explicitly the systems...
summary:The period function of a planar parameter-depending Hamiltonian system is examined. It is pr...
summary:The period function of a planar parameter-depending Hamiltonian system is examined. It is pr...
If P ⊂ R d is a rational polytope, then iP (t):=#(tP ∩ Z d) is a quasi-polynomial in t, called the E...
The periods of a quartic surface X are complex numbers obtained by integrating a holomorphic 2-form ...
In this paper we give some applications of weakly holomorphic forms and their cycle integrals to rat...
International audienceThe periods of a quartic surface X are complex numbers obtained by integrating...
The thesis deals with calculating the Picard-Fuchs equation of special one-parameter families of inv...
Zusammenfassung In der vorliegenden Arbeit besch¨aftige ich mich mit Differentialgleichungen von Fey...
AbstractThis paper presents fast algorithms for computing numerical approximations for contour integ...
A period of rational integral is the result of integrating, with respect to one or several variables...
A period of rational integral is the result of integrating, with respect to one or several variables...
A period of rational integral is the result of integrating, with respect to one or several variables...
PosterInternational audienceThis poster gives an overview of a new algorithm to compute periods of r...
AbstractWe construct several rational period functions for modular integrals with weight 2k on the m...
We consider a family of genus 2 hyperelliptic curves of even order and obtain explicitly the systems...
summary:The period function of a planar parameter-depending Hamiltonian system is examined. It is pr...
summary:The period function of a planar parameter-depending Hamiltonian system is examined. It is pr...
If P ⊂ R d is a rational polytope, then iP (t):=#(tP ∩ Z d) is a quasi-polynomial in t, called the E...
The periods of a quartic surface X are complex numbers obtained by integrating a holomorphic 2-form ...
In this paper we give some applications of weakly holomorphic forms and their cycle integrals to rat...
International audienceThe periods of a quartic surface X are complex numbers obtained by integrating...
The thesis deals with calculating the Picard-Fuchs equation of special one-parameter families of inv...
Zusammenfassung In der vorliegenden Arbeit besch¨aftige ich mich mit Differentialgleichungen von Fey...
AbstractThis paper presents fast algorithms for computing numerical approximations for contour integ...