Geometric construction shows the transition matrix from canonical to PBW basis for the Kronecker quiver is upper triangular with diagonal 1s, with coefficients from local system multiplicities in IC restrictions.
Notes on Grothendieck topologies, fibered categories and descent theory
4 Pith papers cite this work. Polarity classification is still indexing.
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abstract
This is an introduction to Grothendieck's descent theory, with some stress on the general machinery of fibered categories and stacks.
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A dedicated global model structure for K-linear ∞-local systems is constructed via simplicial chain complexes, monoidal for base 1-types under the external tensor product.
For bifibrations in small categories, the length of cup products in the kernel of an induced Baues-Wirsching cohomology map lower-bounds the Svarc genus.
The pushout of entangled and parameterized quantum information in monoidal categories yields the external tensor product on flat K-theory bundles.
citing papers explorer
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Geometric realization of affine bases: the Kronecker quiver case
Geometric construction shows the transition matrix from canonical to PBW basis for the Kronecker quiver is upper triangular with diagonal 1s, with coefficients from local system multiplicities in IC restrictions.
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A Global Model Structure for $\mathbb{K}$-Linear $\infty$-Local Systems
A dedicated global model structure for K-linear ∞-local systems is constructed via simplicial chain complexes, monoidal for base 1-types under the external tensor product.
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Baues-Wirsching Cohomology and Svarc Genus in Small Categories
For bifibrations in small categories, the length of cup products in the kernel of an induced Baues-Wirsching cohomology map lower-bounds the Svarc genus.
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Entanglement of Sections: The pushout of entangled and parameterized quantum information
The pushout of entangled and parameterized quantum information in monoidal categories yields the external tensor product on flat K-theory bundles.