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J.-V. Pereira - Algebraic leaves of codimension one foliations (Part 4)


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PEREIRA Jorge V.

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Institut Fourier
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J.-V. Pereira - Algebraic leaves of codimension one foliations (Part 4)

This mini-course will review old and new results about algebraic leaves of codimension one foliations on projective manifolds. I will discuss some of the following topics: Darboux's Theorem and generalizations; compact leaves; holonomy of an algebraic leaf; and effective algebraic integration (a.k.a. Poincaré and Painlevé problems).

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    Date de réalisation : 28 Juin 2019
    Durée du programme : 65 min
    Classification Dewey : Mathématiques
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    Catégorie : Conférences
    Niveau : niveau Doctorat (LMD), Recherche
    Disciplines : Mathématiques
    Collections : Ecoles d'été, 2019
    ficheLom : Voir la fiche LOM
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    Auteur(s) : PEREIRA Jorge V.
    Réalisateur(s) : Bastien Fanny, HUMPHRIES Donovan
  •  
    Langue : Anglais
    Mots-clés : Grenoble, eem2019, algebraic leaves, codimension one
    Conditions d’utilisation / Copyright : CC BY-NC-ND 4.0
 

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 Christian Gérard - Introduction to field theory on curved spacetimes (Part 4)
 Neshan Wickramasereka - Stability in minimal and CMC hypersurfaces
 Lars Andersson - Geometry and analysis in black hole spacetimes (Part 1)
 Lars Andersson - Geometry and analysis in black hole spacetimes (Part 2)
 Lars Andersson - Geometry and analysis in black hole spacetimes (Part 3)
 Lars Andersson - Geometry and analysis in black hole spacetimes (Part 4)
 Lars Andersson - Symmetry operators and energies
 Alessandro Giacomini - Free discontinuity problems and Robin boundary conditions
 Bernd Kirchheim - Equidimensional isometric maps
 Gian Paolo Leonardi - Towards a unified theory of surface discretization
 Bruno Lévy - A numerical algorithm for L2 semi-discrete optimal transport in 3D
 Xiangyu Liang - An example of proving Almgrem's minimality by product of paired calibrations
 Andrew Lorent - The Aviles-Giga functional: past and present
 Francesco Maggi - A quantitative description of almost constant mean curvature hypersurfaces
 Matteo Novaga - Nonlocal isoperimetric problems
 Guy David - Minimal sets (Part 2)
 Camillo De Lellis - Center manifolds and regularity of area-minimizing currents (Part 1)
 Camillo De Lellis - Center manifolds and regularity of area-minimizing currents (Part 2)
 Guy David - Minimal sets (Part 3)
 Camillo De Lellis - Center manifolds and regularity of area-minimizing currents (Part 3)
 Camillo De Lellis - Center manifolds and regularity of area-minimizing currents (Part 4)
 Camillo De Lellis - Center manifolds and regularity of area-minimizing currents (Part 5)
 Joseph Fu - Integral geometric regularity (Part 1)
 Yoshihiro Tonegawa - Analysis on the mean curvature flow and the reaction-diffusion approximation (Part 1)
 Yoshihiro Tonegawa - Analysis on the mean curvature flow and the reaction-diffusion approximation (Part 2)
 Yoshihiro Tonegawa - Analysis on the mean curvature flow and the reaction-diffusion approximation (Part 3)
 Yoshihiro Tonegawa - Analysis on the mean curvature flow and the reaction-diffusion approximation (Part 4)
 Yoshihiro Tonegawa - Analysis on the mean curvature flow and the reaction-diffusion approximation (Part 5)
 Tatiana Toro - Geometry of measures and applications (Part 1)
 Tatiana Toro - Geometry of measures and applications (Part 2)
 Tatiana Toro - Geometry of measures and applications (Part 3)
 Tatiana Toro - Geometry of measures and applications (Part 4)
 Tatiana Toro - Geometry of measures and applications (Part 5)
 Joseph Fu - Integral geometric regularity (Part 2)
 Joseph Fu - Integral geometric regularity (Part 3)
 Joseph Fu - Integral geometric regularity (Part 4)
 Joseph Fu - Integral geometric regularity (Part 5)
 Andrea Braides - Geometric measure theory issues from discrete energies
 Giovanni Alberti - Introduction to minimal surfaces and finite perimeter sets (Part 2)
 Giovanni Alberti - Introduction to minimal surfaces and finite perimeter sets (Part 3)
 Giovanni Alberti - Introduction to minimal surfaces and finite perimeter sets (Part 4)
 Giovanni Alberti - Introduction to minimal surfaces and finite perimeter sets (Part 5)
 Nicholas Alikakos - On the structure of phase transition maps : density estimates and applications
 Elie Bretin - About phase field method to approximate the willmore flow
 Guy David - Minimal sets (Part 1)
 Giovanni Alberti - Introduction to minimal surfaces and finite perimeter sets (Part 1)
FMSH
 
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