2016
DOI: 10.1007/s00209-016-1761-3
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Kostant section, universal centralizer, and a modular derived Satake equivalence

Abstract: Abstract. We prove analogues of fundamental results of Kostant on the universal centralizer of a connected reductive algebraic group for algebraically closed fields of positive characteristic (with mild assumptions), and for integral coefficients. As an application, we use these results to obtain a "mixed modular" analogue of the derived Satake equivalence of Bezrukavnikov-Finkelberg.

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Cited by 16 publications
(50 citation statements)
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“…We will also denote by I E S the restriction of I E to S E . Then by [R3,Corollary 3.5.8 & Proposition 4.5.3], I E S is a commutative smooth group scheme over S E . We denote by I E S its Lie algebra; it is a locally free sheaf of commutative O S E -Lie algebras (see [R3, §2.1]).…”
Section: Reminder On [R3]mentioning
confidence: 96%
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“…We will also denote by I E S the restriction of I E to S E . Then by [R3,Corollary 3.5.8 & Proposition 4.5.3], I E S is a commutative smooth group scheme over S E . We denote by I E S its Lie algebra; it is a locally free sheaf of commutative O S E -Lie algebras (see [R3, §2.1]).…”
Section: Reminder On [R3]mentioning
confidence: 96%
“…The following result is proved in [R3,Propositions 3.5.5 & 4.5.2]. Here we consider the G m,E -action on t * E where x acts by multiplication by We denote by I E the universal centralizer associated with the action of G E on g E , see (2.1).…”
Section: Reminder On [R3]mentioning
confidence: 99%
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