Vanishing theorems for higher cohomology groups of the structural sheaf on certain complex topological vector spaces
Author:
E. Ballico a
| Affiliation: | a Department of Mathematics, University of Trento, Italy |
DOI:
10.1080/02781070500368208
Publication Frequency:
12 issues per year
Published in:
Complex Variables and Elliptic Equations,
Volume
51,
Issue
2
February
2006
, pages 99
- 104
Subjects:
Analysis - Mathematics;
Complex Variables;
Computational Numerical Analysis;
Functional Analysis;
Mathematical Analysis;
Theory of Numbers;
Formats available:
HTML
(English)
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PDF
(English)
Previously published as:
Complex Variables, Theory and Application: An International Journal
(0278-1077,
1563-5066)
until 2006
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Abstract
Let (E, ‖ ‖) be a complex normed space, E' its dual and B1 ⊂ E' the dual of the unit ball of E. Equip E' and hence B1 with the weak*-topology σ(E, E'), but call E'k the space E' with the kelleyfication topology of σ(E, E') and use the corresponding complex structure. Here we prove that
for every q ≥ 2 and for every i ≥ 1. Let M be a complex manifold locally modelled over an infinite-dimensional Banach space with countable unconditional basis and with the localizing property. Let S ⊂ M be a discrete subset and E a locally free sheaf on M with finite rank. Here we prove that the natural map is bijective.
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| Keywords: 1991 Mathematics Subject Classifications; 32K05; 32K99; 32L10 |
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for every q ≥ 2 and
for every i ≥ 1. Let M be a complex manifold locally modelled over an infinite-dimensional Banach space with countable unconditional basis and with the localizing property. Let S ⊂ M be a discrete subset and E a locally free sheaf on M with finite rank. Here we prove that the natural map
is bijective.
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