AbstractWe give a combinatorial description of the Springer correspondence for classical Lie algebras of type B, C or D and their duals in characteristic 2. The combinatorics used here is of the same kind as those appearing in the description of (generalized) Springer correspondence for unipotent case of classical groups by Lusztig in odd characteristic and by Lusztig and Spaltenstein in characteristic 2
Abstract. We construct a modular generalized Springer correspondence for any classical group, by gen...
International audienceWe define the notion of basic set data for finite groups (building on the noti...
v1 : 51 pages ; v2 : correction d'une erreur mineure dans la combinatoire en type D ; v3 : version f...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2010.Cataloged from PD...
We construct a modular generalized Springer correspondence for any classical group, by generalizing ...
v1 : 51 pages ; v2 : correction d'une erreur mineure dans la combinatoire en type D ; v3 : version f...
v1 : 51 pages ; v2 : correction d'une erreur mineure dans la combinatoire en type D ; v3 : version f...
We define a generalized Springer correspondence for the group GL(n) over any field. We also determin...
v1 : 27 pages ; v2 : 29 pages, corrections mineures ; v3 : 29 pages, version finale, à paraître dans...
v1 : 27 pages ; v2 : 29 pages, corrections mineures ; v3 : 29 pages, version finale, à paraître dans...
We complete the construction of the modular generalized Springer correspondence for an arbitrary con...
International audienceWe complete the construction of the modular generalized Springer correspondenc...
International audienceWe complete the construction of the modular generalized Springer correspondenc...
International audienceWe complete the construction of the modular generalized Springer correspondenc...
We prove most of Lusztig’s conjectures on the canonical basis in homology of a Springer fiber. The c...
Abstract. We construct a modular generalized Springer correspondence for any classical group, by gen...
International audienceWe define the notion of basic set data for finite groups (building on the noti...
v1 : 51 pages ; v2 : correction d'une erreur mineure dans la combinatoire en type D ; v3 : version f...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2010.Cataloged from PD...
We construct a modular generalized Springer correspondence for any classical group, by generalizing ...
v1 : 51 pages ; v2 : correction d'une erreur mineure dans la combinatoire en type D ; v3 : version f...
v1 : 51 pages ; v2 : correction d'une erreur mineure dans la combinatoire en type D ; v3 : version f...
We define a generalized Springer correspondence for the group GL(n) over any field. We also determin...
v1 : 27 pages ; v2 : 29 pages, corrections mineures ; v3 : 29 pages, version finale, à paraître dans...
v1 : 27 pages ; v2 : 29 pages, corrections mineures ; v3 : 29 pages, version finale, à paraître dans...
We complete the construction of the modular generalized Springer correspondence for an arbitrary con...
International audienceWe complete the construction of the modular generalized Springer correspondenc...
International audienceWe complete the construction of the modular generalized Springer correspondenc...
International audienceWe complete the construction of the modular generalized Springer correspondenc...
We prove most of Lusztig’s conjectures on the canonical basis in homology of a Springer fiber. The c...
Abstract. We construct a modular generalized Springer correspondence for any classical group, by gen...
International audienceWe define the notion of basic set data for finite groups (building on the noti...
v1 : 51 pages ; v2 : correction d'une erreur mineure dans la combinatoire en type D ; v3 : version f...