Van C. Nguyen

Van
Department of Mathematics
(567 Lake Hall)
Northeastern University
Boston, MA 02115
Email: v.nguyen@northeastern.edu
Office: 536 Nightingale Hall
Office Phone: 1-617-373-5232
Contact me

About me

I am a Zelevinsky Research Instructor (formerly Postdoctoral Teaching Associate) in the Department of Mathematics at Northeastern University (Boston, MA), working with Professors Alexander Martsinkovsky and Gordana Todorov. I am finishing my postdoc at Northeastern and currently on this year’s job market.

I received my Ph.D. in Mathematics from Texas A&M University in August 2014. My thesis advisor is Professor Sarah Witherspoon.

My non-math hobbies include cooking, hiking, coffee-shop hopping, traveling and reading. I love food and love to try/cook various cuisines. It is my favorite way to expose to different cultures, people, and backgrounds; and it goes very well with my travel interest.

I also am the faculty advisor for the Northeastern Math Club, see Service & Outreach tab for current club’s events. I’d love to share ideas on undergraduate Math club activities. Students who are interested in taking the Putnam Math Competition, which holds on Saturday December 3, 2016, should contact me for more information.


Curriculum Vitae


Research Interests

Education

Awards

Teaching


"To teach is to learn twice over." ~ Joseph Joubert
"Tell me and I forget. Teach me and I remember. Involve me and I learn." ~ Benjamin Franklin


Courses taught at Northeastern University:


Courses taught at Texas A&M University:


My recent teaching evaluations are available upon request.



Other teaching experience:


"In learning you will teach and in teaching you will learn." ~ Phil Collins
"The mediocre teacher tells. The good teacher explains. The superior teacher demonstrates. The great teacher inspires." ~ William Arthur Ward

Research


I am interested in homological algebra, Hopf algebras, and representation theory. In particular, I study various cohomology structures and their properties: finite generation of cohomology ring, Gerstenhaber structure of Hochschild cohomology, Tate and Tate-Hochschild cohomology rings of finite dimensional Hopf algebras and related algebraic objects; classification of Hopf algebras in positive characteristic, Hopf actions, as well as some homological conjectures in representation theory and commutative algebra.

Recently, I am also interested in looking at other (broader) objects, for examples, I would like to work with questions related to artin algebras, Lie algebras, Gorenstein rings, quivers, preprojective algebras, and cluster algebras. This chart briefly summarizes my current research projects and interests.


My research summary

Publications and Preprints:


Selected Talks and Posters:

Service and Outreach Activities


Pictures