Starting with Grothendieck’s proof of the local version of the Lefschetz hyper-plane theorems [Gro68], it has been understood that there are strong parallels between the topology of smooth projective varieties and the topology of links of isolated singularities. This relationship was formulated as one of the guiding prin-ciples in the monograph [GM88, p. 26]: “Philosophically, any statement about the projective variety or its embedding really comes from a statement about the singularity at the point of the cone. Theorems about projective varieties should be consequences of more general theorems about singularities which are no longer required to be conical.” The aim of this note is to prove the following, which we consider to be a strong ex...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
Abstract Lefschetz's theorem on hyperplane sections relates the topology of a complex projectiv...
We study fundamental groups of projective varieties with normal crossing singularities and ...
We study fundamental groups of projective varieties with normal crossing singularities and ...
© 2014 American Mathematical Society. All rights reserved. We study fundamental groups of projective...
© 2014 American Mathematical Society. All rights reserved. We study fundamental groups of projective...
International audienceLet X be a complex projective variety of dimension n with only isolated normal...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
Abstract Lefschetz's theorem on hyperplane sections relates the topology of a complex projectiv...
We study fundamental groups of projective varieties with normal crossing singularities and ...
We study fundamental groups of projective varieties with normal crossing singularities and ...
© 2014 American Mathematical Society. All rights reserved. We study fundamental groups of projective...
© 2014 American Mathematical Society. All rights reserved. We study fundamental groups of projective...
International audienceLet X be a complex projective variety of dimension n with only isolated normal...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
et Y be a complex projective variety of dimension n with isolated singularities, \pi:X->Y a resoluti...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
By the fundamental work of Griffiths one knows that, under suitable assumption, homological and alge...
Abstract Lefschetz's theorem on hyperplane sections relates the topology of a complex projectiv...