With representation-theoretic applications in mind, we con-struct a formalism of reduced motives with integral coef-ficients. These are motivic sheaves from which the higher motivic cohomology of the base scheme has been removed. We show that reduced stratified Tate motives satisfy favor-able properties including weight and t-structures. We also prove that reduced motives on cellular (ind-)schemes unify various approaches to mixed sheaves in representation the-ory, such as Soergel-Wendt's semisimplified Hodge motives, Achar-Riche's complexes of parity sheaves, as well as Ho-Li's recent category of graded 8-adic sheaves.(c) 2022 Elsevier Inc. All rights reserved
For noetherian schemes of finite dimension over a field of characteristic exponent $p$, we study the...
For noetherian schemes of finite dimension over a field of characteristic exponent $p$, we study the...
We show that the mixed Hodge variation polH and the `-adic sheaf pol ` are real-ization of a same mo...
International audienceWe define a theory of étale motives over a noetherian scheme. This provides a ...
International audienceWe define a theory of étale motives over a noetherian scheme. This provides a ...
International audienceWe define a theory of étale motives over a noetherian scheme. This provides a ...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
This paper studies Artin-Tate motives over bases S⊂Spec OF, for a number field F. As a subcategory o...
We prove the geometric Satake equivalence for mixed Tate motives over the integral motivic cohomolog...
This paper studies Artin-Tate motives over bases S⊂Spec OF, for a number field F. As a subcategory o...
For noetherian schemes of finite dimension over a field of characteristic exponent $p$, we study the...
For noetherian schemes of finite dimension over a field of characteristic exponent $p$, we study the...
We show that the mixed Hodge variation polH and the `-adic sheaf pol ` are real-ization of a same mo...
International audienceWe define a theory of étale motives over a noetherian scheme. This provides a ...
International audienceWe define a theory of étale motives over a noetherian scheme. This provides a ...
International audienceWe define a theory of étale motives over a noetherian scheme. This provides a ...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
International audienceThis book discusses the construction of triangulated categories of mixed motiv...
This paper studies Artin-Tate motives over bases S⊂Spec OF, for a number field F. As a subcategory o...
We prove the geometric Satake equivalence for mixed Tate motives over the integral motivic cohomolog...
This paper studies Artin-Tate motives over bases S⊂Spec OF, for a number field F. As a subcategory o...
For noetherian schemes of finite dimension over a field of characteristic exponent $p$, we study the...
For noetherian schemes of finite dimension over a field of characteristic exponent $p$, we study the...
We show that the mixed Hodge variation polH and the `-adic sheaf pol ` are real-ization of a same mo...