The proposed dissertation is centered around the differential geometry of singular foliations. While regular foliations are a classical subject in differential geometry, it is only about 10 years ago that a notion of singular foliation was developped that allows for the kind of constructions that have been carried out for regular foliations and, more general, for Lie algebroids. The first part of the dissertation should address certain invariants associated to singular foliations, such as their leaf space, isotropy groups, their holonomy representations, the associated C*- algebra...The study of these objects is still in a primordial phase, and an in-depth study is expected to lead to new, relevant results. The second part of the thesis sho...
We define a notion of connection in a fibre bundle that is compatible with a singular foliation of t...
We associate a Lie ∞-algebroid to every resolution of a singular foliation, where we consider a sing...
We associate a Lie ∞-algebroid to every resolution of a singular foliation, where we consider a sing...
We give an overview of [1], in collaboration with G. Skandalis, where we construct the holonomy grou...
We construct the holonomy groupoid of any singular foliation. In the regular case this groupoid coin...
summary:[For the entire collection see Zbl 0699.00032.] \par The author defines a general notion of ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
We introduce singular subalgebroids of an integrable Lie algebroid, extending the notion of Lie suba...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
Featuring a blend of original research papers and comprehensive surveys from an international team o...
We define a notion of connection in a fibre bundle that is compatible with a singular foliation of t...
We associate a Lie ∞-algebroid to every resolution of a singular foliation, where we consider a sing...
We associate a Lie ∞-algebroid to every resolution of a singular foliation, where we consider a sing...
We give an overview of [1], in collaboration with G. Skandalis, where we construct the holonomy grou...
We construct the holonomy groupoid of any singular foliation. In the regular case this groupoid coin...
summary:[For the entire collection see Zbl 0699.00032.] \par The author defines a general notion of ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
We introduce singular subalgebroids of an integrable Lie algebroid, extending the notion of Lie suba...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
The purpose of this course is to present the basics of the general theory of (singular) holomorphic ...
Featuring a blend of original research papers and comprehensive surveys from an international team o...
We define a notion of connection in a fibre bundle that is compatible with a singular foliation of t...
We associate a Lie ∞-algebroid to every resolution of a singular foliation, where we consider a sing...
We associate a Lie ∞-algebroid to every resolution of a singular foliation, where we consider a sing...