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... The  awesome  results  we  don’t  have  yet •  Exis-ng  category  theory  proofs  can  be  imported  (e.g.,  functor   composability  is  equivalent  to  classical  DB  mapping  composi-on) •  We  can  leverage  proof-­‐assistants  (e.g.,  CO ...
symmetric monoidal category Examples of closed symmetric
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索书号:O187 /C877 (2) (MIT) Ideals, Varieties, and Algorithms C
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... Algebraic Geometry is the study of systems of polynomial equations in one or more variables, asking such questions as: Does the system have finitely many solutions, and if so how can one find them? And if there are infinitely many solutions, how can they be described and manipulated? The solution of ...
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... ∗ hAlgebraFormedFromACategoryi created: h2013-03-21i by: hrspuzioi version: h38686i Privacy setting: h1i hDefinitioni h18A05i † This text is available under the Creative Commons Attribution/Share-Alike License 3.0. You can reuse this document or portions thereof only if you do so under terms that ar ...
ORIENTED INTERSECTION MULTIPLICITIES
ORIENTED INTERSECTION MULTIPLICITIES

... groups, due to Bhatwadekar and Sridharan, which attempted to define an analogous invariant for rank d projective modules over d-dimensional affine varieties over a field. While this theory is well developed for affine algebras over the real numbers, it seems basically limited to that situation. Ther ...
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... Usually we are interested in the case where X is a scheme, and F is a coherent sheaf. In this case, it does not matter if we take the derived functors in the category of sheaves of abelian groups or coherent sheaves. Sheaf cohomology can be explicitly calculated using Čech cohomology. Choose an ope ...
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Motive (algebraic geometry)

In algebraic geometry, a motive (or sometimes motif, following French usage) denotes 'some essential part of an algebraic variety'. To date, pure motives have been defined, while conjectural mixed motives have not. Pure motives are triples (X, p, m), where X is a smooth projective variety, p : X ⊢ X is an idempotent correspondence, and m an integer. A morphism from (X, p, m) to (Y, q, n) is given by a correspondence of degree n – m.As far as mixed motives, following Alexander Grothendieck, mathematicians are working to find a suitable definition which will then provide a ""universal"" cohomology theory. In terms of category theory, it was intended to have a definition via splitting idempotents in a category of algebraic correspondences. The way ahead for that definition has been blocked for some decades by the failure to prove the standard conjectures on algebraic cycles. This prevents the category from having 'enough' morphisms, as can currently be shown. While the category of motives was supposed to be the universal Weil cohomology much discussed in the years 1960-1970, that hope for it remains unfulfilled. On the other hand, by a quite different route, motivic cohomology now has a technically adequate definition.
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