Slenderness: Volume 1, Abelian Categories

Hardback

Main Details

Title Slenderness: Volume 1, Abelian Categories
Authors and Contributors      By (author) Radoslav Dimitric
SeriesCambridge Tracts in Mathematics
Physical Properties
Format:Hardback
Pages:330
Dimensions(mm): Height 236,Width 157
Category/GenreAlgebra
ISBN/Barcode 9781108474429
ClassificationsDewey:512.62
Audience
Professional & Vocational
Illustrations Worked examples or Exercises

Publishing Details

Publisher Cambridge University Press
Imprint Cambridge University Press
Publication Date 6 December 2018
Publication Country United Kingdom

Description

Slenderness is a concept relevant to the fields of algebra, set theory, and topology. This first book on the subject is systematically presented and largely self-contained, making it ideal for researchers and graduate students. The appendix gives an introduction to the necessary set theory, in particular to the (non-)measurable cardinals, to help the reader make smooth progress through the text. A detailed index shows the numerous connections among the topics treated. Every chapter has a historical section to show the original sources for results and the subsequent development of ideas, and is rounded off with numerous exercises. More than 100 open problems and projects are presented, ready to inspire the keen graduate student or researcher. Many of the results are appearing in print for the first time, and many of the older results are presented in a new light.

Author Biography

Radoslav Dimitric was the first to give a complete characterization of slender objects in the general setting of Abelian categories. His research has mostly been concerned with algebra and how it relates to topology and set theory, but his research also includes the history of mathematics, mathematics education and financial engineering.

Reviews

'At the end of every chapter some exercises, problems and notes are gathered which could be very useful for understanding the theory and for future research on this subject.' George Ciprian Modoi, MathSciNet