Homotopy properties of algebraic vector bundles.
Homotopy theory of simplicial schemes
Incollamento di punti chiusi e gruppo fondamentale algebrico e topologico
Kodaira dimension and Chern hyperbolicity of the Shafarevich maps for representations of ...1 of compact Kähler manifolds.
La conjecture de Weil : II
Lawson homology for quasiprojective varieties
Le groupe fondamental du complément d'une courbe plane n'ayant que des points doubles ordinaires est abélien
Local Flat Duality of Abelian Varieties.
Local fundamental groups of surface singularities in characteristic p.
Mayer-Vietoris Sequenzen und Lefschetzsätze für mehrfache Hyperflächenschnitte in der Homotopie.
Mixed Hodge Structures on the Homotopy of Links.
Moduli of representations of the fundamental group of a smooth projective variety I
Moduli of representations of the fundamental group of a smooth projective variety II
Motivic symmetric spectra.
On deformation of maximally degenerate stable marked curves and Oda's problem.
On fundamental groups of algebraic varieties and value distribution theory
If a smooth projective variety admits a non-degenerate holomorphic map from the complex plane , then for any finite dimensional linear representation of the fundamental group of the image of this representation is almost abelian. This supports a conjecture proposed by F. Campana, published in this journal in 2004.
On projective manifolds with nef anticanonical bundles.
On representation varieties of Artin groups, projective arrangements and the fundamental groups of smooth complex algebraic varieties
On the Fundamental Group of self-affine plane Tiles
Let be an expanding matrix, a set with elements and define via the set equation . If the two-dimensional Lebesgue measure of is positive we call a self-affine plane tile. In the present paper we are concerned with topological properties of . We show that the fundamental group of is either trivial or uncountable and provide criteria for the triviality as well as the uncountability of . Furthermore, we give a short proof of the fact that the closure of each component of is a locally...
On the fundamental group of the complement of a divisor in a homogeneous space.