<--- Back to Details
First PageDocument Content
Geometric topology / Classification of manifolds / Obstruction theory / Surgery exact sequence / Cobordism / Borel conjecture / Manifold / Whitehead torsion / Immersion / Topology / Surgery theory / Differential topology
Date: 2012-05-15 07:11:42
Geometric topology
Classification of manifolds
Obstruction theory
Surgery exact sequence
Cobordism
Borel conjecture
Manifold
Whitehead torsion
Immersion
Topology
Surgery theory
Differential topology

Add to Reading List

Source URL: www.maths.ed.ac.uk

Download Document from Source Website

File Size: 1,85 MB

Share Document on Facebook

Similar Documents

arXiv:1511.01172v1 [math.GT] 4 NovSTABLE CLASSIFICATION OF 4-MANIFOLDS WITH 3-MANIFOLD FUNDAMENTAL GROUPS DANIEL KASPROWSKI, MARKUS LAND, MARK POWELL, AND PETER TEICHNER

arXiv:1511.01172v1 [math.GT] 4 NovSTABLE CLASSIFICATION OF 4-MANIFOLDS WITH 3-MANIFOLD FUNDAMENTAL GROUPS DANIEL KASPROWSKI, MARKUS LAND, MARK POWELL, AND PETER TEICHNER

DocID: 1sCAg - View Document

163  Documenta Math. Classification of Holomorphic Vector Bundles on Noncommutative Two-Tori

163 Documenta Math. Classification of Holomorphic Vector Bundles on Noncommutative Two-Tori

DocID: 1pcbN - View Document

“Stable Prime Decompositions of Four-Manifolds” by Matthias Kreck, Wolfgang L¨uck and Peter Teichner Abstract: The main result of this paper is a four-dimensional stable version of Kneser’s conjecture on the split

“Stable Prime Decompositions of Four-Manifolds” by Matthias Kreck, Wolfgang L¨uck and Peter Teichner Abstract: The main result of this paper is a four-dimensional stable version of Kneser’s conjecture on the split

DocID: 1osX2 - View Document

Notes on Eliashberg’s 1989 paper, “Classification of overtwisted contact structures on 3-manifolds” Daniel Mathews March 6, 2007  Contents

Notes on Eliashberg’s 1989 paper, “Classification of overtwisted contact structures on 3-manifolds” Daniel Mathews March 6, 2007 Contents

DocID: 1mj9K - View Document

Evaluation of Output Embeddings for Fine-Grained Image Classification Zeynep Akata∗ , Scott Reed† , Daniel Walter† , Honglak Lee† and Bernt Schiele∗ ∗ Computer Vision and Multimodal Computing Max Planck Insti

Evaluation of Output Embeddings for Fine-Grained Image Classification Zeynep Akata∗ , Scott Reed† , Daniel Walter† , Honglak Lee† and Bernt Schiele∗ ∗ Computer Vision and Multimodal Computing Max Planck Insti

DocID: 1fPO2 - View Document