A Cech Dimensionally Reduced Gysin Sequence for Principal Torus Bundles
Peter Bouwknegt, Rshni Ratnam

TL;DR
This paper develops a Cech cohomology-based Gysin sequence for principal torus bundles, extending previous de Rham cohomology models to better understand T-duality with NS H-Flux.
Contribution
It introduces a new Cech cohomology framework that forms a Gysin sequence for principal torus bundles, complementing existing de Rham models.
Findings
Constructed Cech cohomology groups forming a Gysin sequence
Extended the understanding of T-duality with NS H-Flux
Provided a new computational tool for global properties of torus bundles
Abstract
In this paper we construct Cech cohomology groups that form a Gysin-type long exact sequence for principal torus bundles. This sequence is modeled on a de Rham cohomology sequence published in earlier work by Bouwknegt, Hannabuss and Mathai, which was developed to compute the global properties of T-duality in the presence of NS H-Flux.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Geometry and complex manifolds · Algebraic structures and combinatorial models
