Date of Award
August 2017
Degree Type
Dissertation
Degree Name
Doctor of Philosophy
Department
Mathematics
First Advisor
Allen D. Bell
Committee Members
Allen D. Bell, Craig R. Guilbault, Ian M. Musson, Jeb F. Willenbring, Yi M. Zou
Keywords
Anti-cocommutative, Connected Algebra, Enveloping Algebra, Global Dimension, HOPF Algebra, Non-commutative Algebra
Abstract
We know that given a connected Hopf algebra H, the universal enveloping algebra
U(P(H)) embeds in H as a Hopf subalgebra. Depending on P(H), we show that
there may be another enveloping algebra (not as a Hopf subalgebra) within H by
using anti-cocommutative elements. Thus, this is an extension of enveloping
algebras with regards to the Hopf structure. We also use these discoveries to apply
to global dimension, and finish with antipode behavior and future research projects.
Recommended Citation
Yee, Daniel Owen, "Extensions of Enveloping Algebras Via Anti-cocommutative Elements" (2017). Theses and Dissertations. 1728.
https://dc.uwm.edu/etd/1728