Logo

Groupoids and Smarandache Groupoids

Large book cover: Groupoids and Smarandache Groupoids

Groupoids and Smarandache Groupoids
by

Publisher: American Research Press
ISBN/ASIN: 1931233616
ISBN-13: 9781931233613
Number of pages: 115

Description:
This book aims to give a systematic development of the basic non-associative algebraic structures viz. Smarandache groupoids. Smarandache groupoids exhibits simultaneously the properties of a semigroup and a groupoid. Such a combined study of an associative and a non associative structure has not been so far carried out.

Download or read it online for free here:
Download link
(570KB, PDF)

Similar books

Book cover: An Introduction to Group Theory: Applications to Mathematical Music TheoryAn Introduction to Group Theory: Applications to Mathematical Music Theory
by - BookBoon
In this text, a modern presentation of the fundamental notions of Group Theory is chosen, where the language of commutative diagrams and universal properties, so necessary in Modern Mathematics, in Physics and Computer Science, is introduced.
(6130 views)
Book cover: Frobenius Splittings and B-ModulesFrobenius Splittings and B-Modules
by - Springer
The course given by the author in 1992 explains the solution by O. Mathieu of some conjectures in the representation theory of arbitrary semisimple algebraic groups. The conjectures concern filtrations of 'standard' representations.
(4864 views)
Book cover: Algebraic Groups, Lie Groups, and their Arithmetic SubgroupsAlgebraic Groups, Lie Groups, and their Arithmetic Subgroups
by
This work is a modern exposition of the theory of algebraic group schemes, Lie groups, and their arithmetic subgroups. Algebraic groups are groups defined by polynomials. Those in this book can all be realized as groups of matrices.
(7722 views)
Book cover: Why are Braids Orderable?Why are Braids Orderable?
by
This book is an account of several quite different approaches to Artin's braid groups, involving self-distributive algebra, uniform finite trees, combinatorial group theory, mapping class groups, laminations, and hyperbolic geometry.
(7830 views)