activity
20092025
most citedOn the automorphism group of foliations with geometric transverse structure

3 citations · 4 across the 5 of their papers we have counts for

collaborators

6 papers

math.AG2025

Birationally integrable vector fields on complex projective surfaces

David Marín, Marcel Nicolau

A rational vector field on a complex projective smooth surface is said to be birationally integrable if it generates, by integration, a one-parameter subgroup of the group $\op…

math.DG2018★ 3 cited

On the automorphism group of foliations with geometric transverse structure

Laurent Meersseman, Marcel Nicolau, Javier Ribon

Motivated by questions of deformations/moduli in foliation theory, we investigate the structure of some groups of diffeomorphisms preserving a foliation. We give an example of a $C…

math.DS2015

Foliations and webs inducing Galois coverings

Andrés Beltrán, Maycol Falla Luza, David Marín +1

We introduce the notion of Galois holomorphic foliation on the complex projective space as that of foliations whose Gauss map is a Galois covering when restricted to an appropriate…

math.DG2015★ 1 cited

Deformations and Moduli of Structures on Manifolds: General Existence Theorem and Application to the Sasakian Case

Laurent Meersseman, Marcel Nicolau

In this paper, we prove an existence theorem of a local moduli space for geometric structures in a very general setting. Then to show the interest of this result, we apply it to th…

math.AG2009

Deformations of Kahler manifolds with non vanishing holomorphic vector fields

Jaume Amoros, Monica Manjarin, Marcel Nicolau

In this article we study compact Kähler manifolds admitting non-singular holomorphic vector fields with the aim of extending to this setting the classical birational classifica…

math.CV2009

Deformations Feuilletees Des Varietes De Hopf

Laurent Meersseman, Marcel Nicolau, Alberto Verjovsky

In this article, we focus on a very special class of foliations with complex leaves whose diffeomorphism type is fixed. They have a unique compact leaf and the noncompact leaves al…