The variety of pairs of commuting nilpotent matrices is irreducible
By V. Baranovsky. 2001
82 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/7d420905fb0b9f27c091fbaf8134db29ae0f1d0f
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In Algebra and Number Theory
- A. Premet
- D. Arinkin
- Robert A. M. Basili
- I. Losev
- V. Ginzburg
- Alexander S. Kleshchev
- Jonathan Brundan
- Bertrand Toën
In Geometry and Topology
- A. Premet
- D. Arinkin
- Robert A. M. Basili
- I. Losev
- V. Ginzburg
- Alexander S. Kleshchev
- Jonathan Brundan
- Bertrand Toën
In Mathematical Physics
- A. Premet
- D. Arinkin
- Robert A. M. Basili
- I. Losev
- V. Ginzburg
- Jonathan Brundan
- Alexander S. Kleshchev
- Bertrand Toën
Citations in the corpus
- Nilpotent commuting varieties of reductive Lie algebras (2003, background): “When applied to GL(n), our result in conjunction with an observation in [2] shows that the punctual (local) Hilbert scheme Hn ⊂ Hilb(P(2)) is irreducible over any algebraically closed field.”
- On the irreducibility of commuting varieties of nilpotent matrices (2003, methodology): “We get as a consequence a proof of the irreducibility of the local Hilbert scheme of n points of a smooth algebraic surface over K if either charK = 0 or charK ≥ n 2 .”
- Autoduality of compactified Jacobians for curves with plane singularities (2010, background): “ identify HilbS,0 with the scheme of codimension nideals in k[[x,y]]. Lemma 3.1 (J. Brian¸con). dim(HilbS,0) = n−1; HilbS,0 has a unique component of maximal dimension. Proof. See [8], [22], [27], or [7]. Remark. In fact, HilbS,0 is irreducible. However, we do not need this claim; without it, Lemma ”