In this paper we complete the classification of the elliptic fibrations on K3 surfaces which admit a non-symplectic involution acting trivially on the N\ue9ron-Severi group. We use the geometric method introduced by Oguiso and moreover we provide a geometric construction of the fibrations classified. If the non-symplectic involution fixes at least one curve of genus 1, we relate all the elliptic fibrations on the K3 surface with either elliptic fibrations or generalized conic bundles on rational elliptic surfaces. This description allows us to write the Weierstrass equations of the elliptic fibrations on the K3 surfaces explicitly and to study their specializations
Abstract. In this paper we give the Weierstrass equations and the generators of Mordell-Weil groups ...
In this paper we classify all configurations of singular fibers of elliptic fibrations on the double...
In this paper we classify all configurations of singular fibers of elliptic fibrations on the double...
K3 surfaces have been extensively studied over the past decades for several reasons. For once, they ...
We consider K3 surfaces which are double covers of rational elliptic surfaces. The former are endowe...
We study K3 surfaces over a number field k which are double covers of extremal rational elliptic sur...
We consider the K3 surfaces that arise as double covers of the elliptic modular surface of level 5, ...
Abstract. To a pair of elliptic curves, one can naturally attach two K3 surfaces: the Kummer surface...
Une surface K3 est une surface X complexe compacte projective lisse qui a fibré canonique trivial et...
AbstractWe discuss the geometry of the genus one fibrations associated to an elliptic fibration on a...
We classify, up to automorphisms, the elliptic fibrations on the singular K3 whose transcendenatl la...
We describe all the elliptic fibrations with section on the Kummer surface X of the Jacobian of a ve...
We discuss the geometry of the genus one fibrations associated to an elliptic fibration on a K3 surf...
In this dissertation classification problems for K3-surfaces with finite group actions are considere...
We outline several number-theoretical contexts where K3 surfaces and elliptic fibrations arise natur...
Abstract. In this paper we give the Weierstrass equations and the generators of Mordell-Weil groups ...
In this paper we classify all configurations of singular fibers of elliptic fibrations on the double...
In this paper we classify all configurations of singular fibers of elliptic fibrations on the double...
K3 surfaces have been extensively studied over the past decades for several reasons. For once, they ...
We consider K3 surfaces which are double covers of rational elliptic surfaces. The former are endowe...
We study K3 surfaces over a number field k which are double covers of extremal rational elliptic sur...
We consider the K3 surfaces that arise as double covers of the elliptic modular surface of level 5, ...
Abstract. To a pair of elliptic curves, one can naturally attach two K3 surfaces: the Kummer surface...
Une surface K3 est une surface X complexe compacte projective lisse qui a fibré canonique trivial et...
AbstractWe discuss the geometry of the genus one fibrations associated to an elliptic fibration on a...
We classify, up to automorphisms, the elliptic fibrations on the singular K3 whose transcendenatl la...
We describe all the elliptic fibrations with section on the Kummer surface X of the Jacobian of a ve...
We discuss the geometry of the genus one fibrations associated to an elliptic fibration on a K3 surf...
In this dissertation classification problems for K3-surfaces with finite group actions are considere...
We outline several number-theoretical contexts where K3 surfaces and elliptic fibrations arise natur...
Abstract. In this paper we give the Weierstrass equations and the generators of Mordell-Weil groups ...
In this paper we classify all configurations of singular fibers of elliptic fibrations on the double...
In this paper we classify all configurations of singular fibers of elliptic fibrations on the double...