Topology and Combinatorial Group Theory : Proceedings of the Fall Foliage Top...

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Publication Year: 1990 Item Length: 9.3 in Series: Lecture Notes in Mathematics Ser. Number of Pages: VIII, 212 Pages Language: English Item Weight: 24.7 Oz Publisher: Springer Berlin / Heidelberg Item Width: 6.1 in ISBN: 9783540529903 Subject Area: Mathematics width: 6.1 in Format: Trade Paperback Subject: Group Theory, Topology, Algebra / General, Applied Type: Textbook Publication Name: Topology and Combinatorial Group Theory : Proceedings of the Fall Foliage Topology Seminars held in New Hampshire 1985-1988 Book Title: Topology and Combinatorial Group Theory : Proceedings of the Fall Author: P. Latiolais

Description

Topology and Combinatorial Group Theory : Proceedings of the Fall Foliage Top.... Topology and Combinatorial Group Theory : Proceedings of the Fall Foliage Topology Seminars Held in New Hampshire 1, Paperback by Latiolais, Paul, ISBN 354052990X, ISBN-13 9783540529903, Brand New, Free shipping in the US This book demonstrates the lively interaction between algebraic topology, very low dimensional topology and combinatorial group theory. Many of the ideas presented are still in their infancy, and it is hoped that the work here will spur others to new and exciting developments. Among the many techniques disussed are the use of obstruction groups to distinguish certain exact sequences and several graph theoretic techniques with applications to the theory of groups. Topology and Combinatorial Group Theory : Proceedings of the Fall Foliage Topology Seminars Held in New Hampshire 1, Paperback by Latiolais, Paul, ISBN 354052990X, ISBN-13 9783540529903, Brand New, Free shipping in the US This book demonstrates the lively interaction between algebraic topology, very low dimensional topology and combinatorial group theory. Many of the ideas presented are still in their infancy, and it is hoped that the work here will spur others to new and exciting developments. Among the many techniques disussed are the use of obstruction groups to distinguish certain exact sequences and several graph theoretic techniques with applications to the theory of groups.