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For a Lie algebroid, divergences chosen in a classical way lead to a uniquely defined homology theory. They define also, in a natural way, modular classes of certain Lie algebroid morphisms. This approach, applied for the anchor map, recovers the concept of modular class due to S. Evens, J.-H. Lu, and A. Weinstein.
We introduce the concept of homotopy equivalence for Hopf Galois extensions and make a systematic study of it. As an application we determine all -Galois extensions up to homotopy equivalence in the case when is a Drinfeld-Jimbo quantum group.
We describe a collection of differential graded rings that categorify weight spaces of the positive half of the quantized universal enveloping algebra of the Lie superalgebra 𝔤𝔩(1|2).
We describe hypergeometric solutions of the quantum differential equation of the cotangent bundle of a
partial flag variety. These hypergeometric solutions manifest the Landau-Ginzburg mirror symmetry for the cotangent bundle of a partial flag variety.
V článku jsou ukázány tři procesy, kterými z tělesa reálných čísel vznikají algebry komplexních, dvojných, resp. duálních čísel, což jsou jediné neizomorfní algebry dimenze 2, které mají jednotkový prvek. Stejnými procesy vznikají z tělesa komplexních čísel algebry kvaternionů, antikvaternionů, resp. semikvaternionů, a stejnými procesy vznikají z kvaternionů algebry oktáv, antioktáv, resp. semioktáv. Následně je pozornost věnována reprezentacím komplexních, dvojných a duálních čísel, kvaternionů,...
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