Transverse Hilbert schemes and completely integrable systems
In this paper we consider a special class of completely integrable systems that arise as transverse Hilbert schemes of d points of a complex symplectic surface S projecting onto ℂ via a surjective map p which is a submersion outside a discrete subset of S. We explicitly endow the transverse Hilbert...
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2017
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oai:doaj.org-article:1ac6573f22a8445483d3cca0580401222021-12-02T16:36:59ZTransverse Hilbert schemes and completely integrable systems2300-744310.1515/coma-2017-0015https://doaj.org/article/1ac6573f22a8445483d3cca0580401222017-12-01T00:00:00Zhttps://doi.org/10.1515/coma-2017-0015https://doaj.org/toc/2300-7443In this paper we consider a special class of completely integrable systems that arise as transverse Hilbert schemes of d points of a complex symplectic surface S projecting onto ℂ via a surjective map p which is a submersion outside a discrete subset of S. We explicitly endow the transverse Hilbert scheme Sp[d] with a symplectic form and an endomorphism A of its tangent space with 2-dimensional eigenspaces and such that its characteristic polynomial is the square of its minimum polynomial and show it has the maximal number of commuting Hamiltonians.We then provide the inverse construction, starting from a 2ddimensional holomorphic integrable system W which has an endomorphism A: TW → TW satisfying the above properties and recover our initial surface S with W ≌ Sp[d].Donin Niccolò Lora LamiaDe Gruyterarticleholomorphic completely integrable systemssymplectic geometrytransverse hilbert schemes53d0537j3514c0553c26MathematicsQA1-939ENComplex Manifolds, Vol 4, Iss 1, Pp 263-272 (2017) |
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holomorphic completely integrable systems symplectic geometry transverse hilbert schemes 53d05 37j35 14c05 53c26 Mathematics QA1-939 |
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holomorphic completely integrable systems symplectic geometry transverse hilbert schemes 53d05 37j35 14c05 53c26 Mathematics QA1-939 Donin Niccolò Lora Lamia Transverse Hilbert schemes and completely integrable systems |
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In this paper we consider a special class of completely integrable systems that arise as transverse Hilbert schemes of d points of a complex symplectic surface S projecting onto ℂ via a surjective map p which is a submersion outside a discrete subset of S. We explicitly endow the transverse Hilbert scheme Sp[d] with a symplectic form and an endomorphism A of its tangent space with 2-dimensional eigenspaces and such that its characteristic polynomial is the square of its minimum polynomial and show it has the maximal number of commuting Hamiltonians.We then provide the inverse construction, starting from a 2ddimensional holomorphic integrable system W which has an endomorphism A: TW → TW satisfying the above properties and recover our initial surface S with W ≌ Sp[d]. |
format |
article |
author |
Donin Niccolò Lora Lamia |
author_facet |
Donin Niccolò Lora Lamia |
author_sort |
Donin Niccolò Lora Lamia |
title |
Transverse Hilbert schemes and completely integrable systems |
title_short |
Transverse Hilbert schemes and completely integrable systems |
title_full |
Transverse Hilbert schemes and completely integrable systems |
title_fullStr |
Transverse Hilbert schemes and completely integrable systems |
title_full_unstemmed |
Transverse Hilbert schemes and completely integrable systems |
title_sort |
transverse hilbert schemes and completely integrable systems |
publisher |
De Gruyter |
publishDate |
2017 |
url |
https://doaj.org/article/1ac6573f22a8445483d3cca058040122 |
work_keys_str_mv |
AT doninniccololoralamia transversehilbertschemesandcompletelyintegrablesystems |
_version_ |
1718383618051538944 |