2013•arXiv (Cornell University)Open access

Geometric realizations and duality for Dahmen-Micchelli modules and De Concini-Procesi-Vergne modules

Francesco Cavazzani, Luca Moci

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Abstract

We give an algebraic description of several modules and algebras related to the vector partition function, and we prove that they can be realized as the equivariant K-theory of some manifolds that have a nice combinatorial description. We also propose a more natural and general notion of duality between these modules, which corresponds to a Poincaré duality-type correspondence for equivariant K-theory.

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We give an algebraic description of several modules and algebras related to the vector partition function, and we prove that they can be realized as the equivariant K-theory of some manifolds that have a nice combinatorial description. We also propose a more natural and general notion of duality between these modules, which corresponds to a Poincaré duality-type correspondence for equivariant K-theory.

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Available abstract

We give an algebraic description of several modules and algebras related to the vector partition function, and we prove that they can be realized as the equivariant K-theory of some manifolds that have a nice combinatorial description. We also propose a more natural and general notion of duality between these modules, which corresponds to a Poincaré duality-type correspondence for equivariant K-theory.

Key concepts: Equivariant map, Mathematics, Duality (order theory), Pure mathematics, Partition function (quantum field theory), Poincaré duality, Algebraic number, Algebra over a field

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