Monads and Vector Bundles on Quadrics
F. Malaspina

TL;DR
This paper enhances the splitting criterion for vector bundles on quadrics, classifies certain rank 2 bundles without inner cohomology, and finds a surprising agreement with Fano bundle classifications.
Contribution
It improves Ottaviani's splitting criterion and provides a classification of rank 2 bundles on quadrics, aligning with known Fano bundle classifications.
Findings
Improved splitting criterion for vector bundles on quadrics
Classification of rank 2 bundles without inner cohomology on Q_n
Alignment with Fano bundle classifications
Abstract
We improve Ottaviani's splitting criterion for vector bundles on a quadric hypersurface and obtain the equivalent of the result by Rao, Mohan Kumar and Peterson. Then we give the classification of rank 2 bundles without "inner" cohomology on Q_n (n>3). It surprisingly exactly agrees with the classification by Ancona, Peternell and Wisniewski of rank 2 Fano bundles.
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Taxonomy
TopicsCellular Automata and Applications · Polynomial and algebraic computation · Matrix Theory and Algorithms
