We propose a study of the foliations of the projective plane induced by simple derivations of the polynomial ring in two indeterminates over the complex field. These correspond to foliations which have no invariant algebraic curve nor singularities in the complement of a line. We establish the position of these foliations in the birational classification of foliations and prove the finiteness of their birational symmetries. Most of the results apply to wider classes of foliations
Abstract. We prove that the self–bimeromorphisms group of a foliation of general type on a projectiv...
The goal of this minicourse is to introduce MMP for foliations on surfaces and to outline the classi...
We give a characterization theorem for non-degenerate plane foliations of degree different from 1 ha...
The text presents the birational classification of holomorphic foliations of surfaces. It discusses...
[EN] We study foliations F on Hirzebruch surfaces Sd and prove that, similarly to those on the proje...
Featuring a blend of original research papers and comprehensive surveys from an international team o...
The goal of this workshop is to discuss some recent results on the classification/structure of folia...
224 pages; in French; for Chapter 6, which contains a lot of figures, see http://people.math.jussieu...
In French, 19 pages, 2 figures, references added, proposition 5.2 has been changed, accepted in Expe...
International audienceWe construct an example of a birational transformation of a rational threefold...
42 pages, 2 figuresWe provide a classification of complex projective surfaces with a holomorphic fol...
We introduce and study birational invariants for foliations on projective surfaces built from the a...
In this paper, (complex analytic) foliations on ruled surfaces leaving a curve invariant and having ...
International audienceIn this paper we give complete analytic invariants for the set of germs of hol...
This is the first in a series of papers about foliations in derived geometry. After introducing deri...
Abstract. We prove that the self–bimeromorphisms group of a foliation of general type on a projectiv...
The goal of this minicourse is to introduce MMP for foliations on surfaces and to outline the classi...
We give a characterization theorem for non-degenerate plane foliations of degree different from 1 ha...
The text presents the birational classification of holomorphic foliations of surfaces. It discusses...
[EN] We study foliations F on Hirzebruch surfaces Sd and prove that, similarly to those on the proje...
Featuring a blend of original research papers and comprehensive surveys from an international team o...
The goal of this workshop is to discuss some recent results on the classification/structure of folia...
224 pages; in French; for Chapter 6, which contains a lot of figures, see http://people.math.jussieu...
In French, 19 pages, 2 figures, references added, proposition 5.2 has been changed, accepted in Expe...
International audienceWe construct an example of a birational transformation of a rational threefold...
42 pages, 2 figuresWe provide a classification of complex projective surfaces with a holomorphic fol...
We introduce and study birational invariants for foliations on projective surfaces built from the a...
In this paper, (complex analytic) foliations on ruled surfaces leaving a curve invariant and having ...
International audienceIn this paper we give complete analytic invariants for the set of germs of hol...
This is the first in a series of papers about foliations in derived geometry. After introducing deri...
Abstract. We prove that the self–bimeromorphisms group of a foliation of general type on a projectiv...
The goal of this minicourse is to introduce MMP for foliations on surfaces and to outline the classi...
We give a characterization theorem for non-degenerate plane foliations of degree different from 1 ha...