The classical Fourier-Mukai duality establishes an equivalence of categories between the derived categories of sheaves on dual complex tori. In this article we show that this equivalence extends to an equivalence between two dual objects. Both of these are generalized deformations of the complex tori. In one case, a complex torus is deformed formally in a non-commutative direction specified by a holomorphic Poisson structure. In the other, the dual complex, torus is deformed in a B-field direction to a formal gerbe. We show that these two deformations are Fourier-Mukai equivalent. © Foundation Compositio Mathematica 2007
We recall a construction of non-commutative algebras related to a one-parameter family of (deformed)...
We construct and study noncommutative deformations of toric varieties by combining techniques from t...
We argue that for a certain class of symplectic manifolds the category of A-branes (which includes ...
We derive Fourier-Mukai Transforms from topological T-Duality and show that they are equivalences
We derive Fourier-Mukai Transforms from topological T-Duality and show that they are equivalences
We derive Fourier-Mukai Transforms from topological T-Duality and show that they are equivalences
Thesis (Ph.D.)--University of Washington, 2013In modern algebraic geometry, an algebraic variety is ...
In this thesis we study functors between bounded derived categories of sheaves and how they can be e...
A theorem by Orlov states that any equivalence between the bounded derived categories of coherent sh...
In this thesis we study functors between bounded derived categories of sheaves and how they can be e...
We study relative Fourier-Mukai transforms on genus one fibrations with section, allowing explicitl...
Considering real tori as a differential-geometric analogue of abelian varieties, we consider the cor...
Fourier-Mukai functors are central to the study of derived categories, but they don't tell the whole...
Given a non-singular variety with a K3 fibration π: X → S we construct dual fibrations π̂ : Y → S by...
Fourier-Mukai functors are central to the study of derived categories, but they don't tell the whole...
We recall a construction of non-commutative algebras related to a one-parameter family of (deformed)...
We construct and study noncommutative deformations of toric varieties by combining techniques from t...
We argue that for a certain class of symplectic manifolds the category of A-branes (which includes ...
We derive Fourier-Mukai Transforms from topological T-Duality and show that they are equivalences
We derive Fourier-Mukai Transforms from topological T-Duality and show that they are equivalences
We derive Fourier-Mukai Transforms from topological T-Duality and show that they are equivalences
Thesis (Ph.D.)--University of Washington, 2013In modern algebraic geometry, an algebraic variety is ...
In this thesis we study functors between bounded derived categories of sheaves and how they can be e...
A theorem by Orlov states that any equivalence between the bounded derived categories of coherent sh...
In this thesis we study functors between bounded derived categories of sheaves and how they can be e...
We study relative Fourier-Mukai transforms on genus one fibrations with section, allowing explicitl...
Considering real tori as a differential-geometric analogue of abelian varieties, we consider the cor...
Fourier-Mukai functors are central to the study of derived categories, but they don't tell the whole...
Given a non-singular variety with a K3 fibration π: X → S we construct dual fibrations π̂ : Y → S by...
Fourier-Mukai functors are central to the study of derived categories, but they don't tell the whole...
We recall a construction of non-commutative algebras related to a one-parameter family of (deformed)...
We construct and study noncommutative deformations of toric varieties by combining techniques from t...
We argue that for a certain class of symplectic manifolds the category of A-branes (which includes ...