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my beamer presentation - Departament de matemàtiques

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Outline<br />

Definitions and examples<br />

Homological properties of kC-mod<br />

An example<br />

A closed symmetric monoidal category<br />

Adjoint functors and a spectral sequence<br />

Two categorical constructions<br />

Hochschild cohomology<br />

A crash introduction to closed symmetric monoidal<br />

categories<br />

Mac Lane: Much of the force of category theory will be seen to<br />

resi<strong>de</strong> in using categories with specified additional structures.<br />

One basic example will be the closed categories. The simplest<br />

closed symmetric monoidal category is perhaps Vect k .<br />

There is a tensor product − ⊗ k −, which is symmetric.<br />

There exists a tensor i<strong>de</strong>ntity k.<br />

It is closed in the sense that for a pair of (or<strong>de</strong>red) spaces<br />

V , W , there is a function object, a.k.a. the internal hom,<br />

Hom k (V , W ) in the category Vect k .<br />

Hom k (U ⊗ k V , W ) ∼ = Hom k (U, Hom k (V , W )).<br />

Fei Xu<br />

Finite category algebras

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