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Abstract AlgebraSuppose you have a group G. It can be a finite group or an infinite group; an abelian group or a non-abelian group. It doesn't matter. G can be ANY group. If H is a subset of G and a group, then we call H a subgroup of G.

Suppose you have a group G. It can be a finite group or an infinite group; an abelian group or a non-abelian group. It doesn't matter. G can be ANY group. If H is a subset of G and a group, then we call H a subgroup of G.

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Course Description

Abstract Algebra deals with groups, rings, fields, and modules. These are abstract structures which appear in many different branches of mathematics, including geometry, number theory, topology, and more. They even appear in scientific topics such as quantum mechanics.