In a joint work with Claudio Murolo and Andrew du Plessis we proved the smooth Whitney fibering conjecture, in particular for every stratum X of a Whitney stratified set, locally near points of X the foliation defined by the Thom-Mather topological trivialization can be chosen, via suitable vector fields, so that the tangent spaces to the leaves are continuous at X. Moreover the associated wings have a similar property and are Whitney regular. As an application we describe a joint result with Claudio Murolo: every compact Whitney stratified set admits a Whitney cellulation, i.e. a cellulation such that the cells form a Whitney stratification. This resolves a homology problem of Mark Goresky.Non UBCUnreviewedAuthor affiliation: Aix Marseille...
We describe a new algorithm for computing Whitney stratifications of complex projective varieties. T...
In the paper we prove that the local Lipschitz-Killing curvatures of a definable set in a polynomial...
Throughout this paper X is a metric continuum and C(X) is the space of all subcontinua of X with the...
Using continuous controlled liftings of vector fields, we first prove for Bekka's (c)-and hence Whit...
Nouvelle version avec changement de titre et matériel supplémentaire du preprint "The smooth Whitney...
Nouvelle version avec changement de titre et matériel supplémentaire du preprint "The smooth Whitney...
The notion of conically smooth structure on a stratified space was introduced by Ayala, Francis and ...
International audienceIn this paper we show Whitney's fibering conjecture in the real and complex, l...
Abstract. In this paper we give a simple geometric proof of existence of so-called Whitney stratific...
International audienceWe give a counterexample to a conjecture of Eyral on the existence of deformat...
In this paper we show Whitney's fibering conjecture in the real and complex, local analytic and glob...
We describe a new algorithm for computing Whitney stratifications of complex projective varieties. T...
Let X denote a purely d-dimensional reduced complex analytic space. If it has singularities, it has ...
Let X denote a purely d-dimensional reduced complex analytic space. If it has singularities, it has ...
Let X denote a purely d-dimensional reduced complex analytic space. If it has singularities, it has ...
We describe a new algorithm for computing Whitney stratifications of complex projective varieties. T...
In the paper we prove that the local Lipschitz-Killing curvatures of a definable set in a polynomial...
Throughout this paper X is a metric continuum and C(X) is the space of all subcontinua of X with the...
Using continuous controlled liftings of vector fields, we first prove for Bekka's (c)-and hence Whit...
Nouvelle version avec changement de titre et matériel supplémentaire du preprint "The smooth Whitney...
Nouvelle version avec changement de titre et matériel supplémentaire du preprint "The smooth Whitney...
The notion of conically smooth structure on a stratified space was introduced by Ayala, Francis and ...
International audienceIn this paper we show Whitney's fibering conjecture in the real and complex, l...
Abstract. In this paper we give a simple geometric proof of existence of so-called Whitney stratific...
International audienceWe give a counterexample to a conjecture of Eyral on the existence of deformat...
In this paper we show Whitney's fibering conjecture in the real and complex, local analytic and glob...
We describe a new algorithm for computing Whitney stratifications of complex projective varieties. T...
Let X denote a purely d-dimensional reduced complex analytic space. If it has singularities, it has ...
Let X denote a purely d-dimensional reduced complex analytic space. If it has singularities, it has ...
Let X denote a purely d-dimensional reduced complex analytic space. If it has singularities, it has ...
We describe a new algorithm for computing Whitney stratifications of complex projective varieties. T...
In the paper we prove that the local Lipschitz-Killing curvatures of a definable set in a polynomial...
Throughout this paper X is a metric continuum and C(X) is the space of all subcontinua of X with the...