A generalization of manifolds with corners
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Publication:2629117
DOI10.1016/J.AIM.2016.06.004zbMATH Open1359.58001arXiv1501.00401OpenAlexW2964325357MaRDI QIDQ2629117
Author name not available (Why is that?)
Publication date: 20 July 2016
Published in: (Search for Journal in Brave)
Abstract: In conventional Differential Geometry one studies manifolds, locally modelled on , manifolds with boundary, locally modelled on , and manifolds with corners, locally modelled on . They form categories . Manifolds with corners have boundaries , also manifolds with corners, with . We introduce a new notion of 'manifolds with generalized corners', or 'manifolds with g-corners', extending manifolds with corners, which form a category with . Manifolds with g-corners are locally modelled on for a weakly toric monoid, where for . Most differential geometry of manifolds with corners extends nicely to manifolds with g-corners, including well-behaved boundaries . In some ways manifolds with g-corners have better properties than manifolds with corners; in particular, transverse fibre products in exist under much weaker conditions than in . This paper was motivated by future applications in symplectic geometry, in which some moduli spaces of -holomorphic curves can be manifolds or Kuranishi spaces with g-corners (see the author arXiv:1409.6908) rather than ordinary corners. Our manifolds with g-corners are related to the 'interior binomial varieties' of Kottke and Melrose in arXiv:1107.3320 (see also Kottke arXiv:1509.03874), and to the 'positive log differentiable spaces' of Gillam and Molcho in arXiv:1507.06752.
Full work available at URL: https://arxiv.org/abs/1501.00401
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