Anne Moreau - Webpage Anne Moreau
Version française

Professor
Member of the ANR project GeoLie (2015-2019).
Member of the ANR project GERCHER (2010-2014).
Member of GDR TLAG, of GDR GAGC and of GDRI Théorie de Représentations.

Address:
   Laboratoire Paul Painlevé
   CNRS U.M.R. 8524
   59 655 Villeneuve d'Ascq Cedex
   FRANCE
E-mail : anne.moreau[at]math.univ-lille1.fr

Last update: 5 mars 2018.


Research courses


Organizations of conferences


Publications and preprints

(see also my papers on arXiv: link)
  1. (with Tomoyuki Arakawa), Arc spaces and chiral symplectic cores, arXiv:1802.06533 [math.RT].
  2. A remark on Mishchenko-Fomenko algebras and regular sequences, to appear in Selecta Math, online first.
  3. (with Victor Batyrev), Satellites of spherical subgroup, preprint, arXiv:1610.07377 [math.AG].
  4. (with Tomoyuki Arakawa), On the irreducibility of associated varieties of W-algebras, Journal of Algebra, 500 (2018), 542-568, special issue in Honor of Efim Zelmanov.
  5. (with Jean-Yves Charbonnel), The symmetric invariants of the centralizers and Slodowy grading II, Algebras and Representation Theory, 20(6) (2017), 1341-1363.
  6. (with Tomoyuki Arakawa), Sheet and associated varieties of affine vertex algebras, Adv. Math, 320 (2017), 157-209.
  7. (with Tomoyuki Arakawa), Joseph ideals and lisse minimal W-algebras, J. of Inst. Math. Jussieu, available online.
  8. (with Rupert W.T.Yu), Jet schemes of nilpotent orbit closures, Pacific J. of Mathematics 281 (2016), no. 1, 137-183.
  9. (with Jean-Yves Charbonnel), The symmetric invariants of the centralizers and Slodowy grading Math. Zeitschrift 282 (2016), no. 1-2, 273-339.
  10. The symmetric invariants of the centralizers and Slodowy grading, Persepective in Lie Theory (2014-2015), Pisa, INdAM series of Springer-Verlag.
  11. The symmetric invariants of the centralizers and finite W-algebras, Prospects of Combinatorial Representation Theory (2014), RIMS Kôkyûroku series.
  12. (with Victor Batyrev), The arc space of horospherical varieties and motivic integration, Compositio Mathematica 149 (2013), no. 8, 1327-1352.
  13. The arc space of horospherical varieties and motivic integration, Oberwolfach reports (2012), workshop Enveloping Algebras and Geometric Representation Theory.
  14. (with Anton Alekseev), On the Kostant conjecture for Clifford algebras, CRAS, 350 (2012), 13-18.
  15. (with Oksana Yakimova), Coadjoint orbits of reductive type of seaweed Lie algebras, IMRN, 19 (2012), 4475-4519.
  16. (with Karin Baur), Quasi-reductive (bi)parabolic subalgebras of reductive Lie algebras, Ann. de l'Institut Fourier, 61 (2011), no. 2, 417-451.
  17. (with Jean-Yves Charbonnel), The index of centralizers of elements of reductive Lie algebras, Doc. Math., 15 (2010), 387-421.
  18. The index of centralizers of elements of reductive Lie algebras, Oberwolfach reports (2009), workshop Enveloping Algebras and Geometric Representation Theory.
  19. (with Jean-Yves Charbonnel), Nilpotent bicone and characteristic submodule in a reductive Lie algebra, Transform. Groups, 14 (2009), no. 2, 319-360.
  20. On the dimension of the sheets of a reductive Lie algebra, J. of Lie Theory, 18 (2008), no. 3, 671-696 (et un erratum, J. of Lie Theory, 1075-1083).
  21. Indice et décomposition de Cartan, J. of Alegbra, 303 (2006), no. 1, 382-406.
  22. Indice du normalisateur du centralisateur d'un élément nilpotent, Bull. de la SMF, 134 (2006), no. 1, 83-117.

Teachings (2017-2018)


PhD thesis and Habilitation reports (in French)


PhD supervisions


A video