Sub-Riemannian Geometry

Location

BEIRUT
,
Lebanon

Dates

to

Presentation

The organization of this school is motivated by the promising potential and the good scientific level of students and young researchers in the field of differential geometry in Lebanon and in the neighboring countries (Iraq, Jordan, Syria ..). The school aims to be a unifying project for young researchers in Lebanon who recently graduated a PhD in the field of differential geometry, and thus facilitate the emergence of a research team on this issue in Lebanon. The school will provide opportunities for these young researchers to meet and to build relationships with established mathematicians. In addition, there will be the opportunity to discuss possible scientific collaborations and to develop joint projects between mathematicians of the region.

Thematically, the main objective of this school is to present the sub-Riemannian geometry as a crossroads of different areas of mathematical research. After an introductory course on sub-riemannian geometry, the other topics that will be addressed concern optimal transport, control theory, non-holonomic mechanics, Cartan distributions in jets spaces, hypoelliptic operators and algebraic geometry. Each of these courses will describe at least one application to sub-riemannian geometry. Short talks on subjects related to the themes of the school will also be given.

Administrative and scientific coordinators

Mohamad Mehdi (Université Libanaise,
Lebanon
, )
Ali Fardoun (Université de Brest,
France
, )

Scientific program

Course 1: "Structure sous-riemannienne sur le groupe d’Heisenberg et les groupes de Carnot", Naceurdine Bensalem (Univ Sétif, Algeria)

Course 2: "Opérateurs hypoelliptiques, méthodes stochastiques et géométrie sous-riemannienne", Philippe Briand (Université de Savoie, France)

Course 3: "Espaces métriques avec dilatations et géométrie sous-riemannienne d'un point de vue intrinsèque", Marius Buliga (Institute of Mathematics, Romanian Academy, Romania)

Course 4: "Contrôle des systèmes non-holonomes et géométrie sous-riemannienne", Frédéric Jean (ENSTA, France)

Course 5: "Géométrie algébrique et application au gradient sous-riemannien", Krzysztof Kurdyka & Patrice Orro (Univ. Savoie, France)

Course 6: "Espaces de jets, distribution de Cartan et applications en géométrie sous-riemannienne", Piotr Mormul (Univ. Varsovie, Poland)

Course 7: "Formalisme géométrique sur des quasi-algebroïdes de Lie en mécanique non-holonome et application en géométrie sous-riemannienne", Fernand Pelletier (Univ. Savoie, France)

Course 8: "Transport optimal en géométrie sous-riemannienne", Ludovic Rifford (Univ. Nice, France)

Website of the school

How to participate