Math 371, Spring 2013

Algebra

Faculty

Course Structure

Description of course: This is the second semester of a year-long undergraduate course in algebra. This semester will emphasize topics concerning groups, rings, and fields. The basics of linear algebra (as covered in Math 370) will be assumed, and will be used where appropriate in the course.

The course will be varied, involving theory, computations, and examples. It is open to undergraduate students, both to math majors and others. Math 503 is a more advanced and more theoretical course in algebra than Math 371, and that course is open both to undergraduate and graduate students. Students are expected to have taken Math 370 or the equivalent, and to be familiar with vector spaces and matrices. Students who would like a reference on linear algebra may wish to look at the book "Linear Algebra" by K. Hoffman and R. Kunze, or the book of the same title by Lipschutz and Lipson in the Schaum Outline series. Some prior familiarity with the concepts of groups, rings, algebras, and fields would be helpful but not essential. Students who would like another reference to the topics of Math 371 may wish to consult "A First Course in Abstract Algebra" by John Fraleigh, or "Schaum's Outline of Abstract Algebra" by Lloyd Jaisingh.

Problem Sets

Projects

The list of projects is here. Your first assignment is to figure out how to compile the problem set, which is written in TeX, a typesetting program for mathematics. TeX has the advantage that it takes a little while to learn but saves incredible amounts of time in the future (TeX will make you ask yourself why Equation Editor even exists). It will be useful for your projects, which we will compile into a booklet, as you will be able to make edits after our consultation in April. For information on LaTeX/TeX, a typesetting system which handles mathematics, consult TUG. It will have information on the proper distribution for your system. I recommend The Not So Short Introduction to LaTeX as a reference, but there are a number of other references available, all from the TUG page. If you use a Mac, I can recommend the editor TeXShop. Problem Sets are now available with TeX source code, as examples.

Student Projects

PresenterProjectDate/Time
Assaph Aharoni4Monday April 15 10:30
Jose-Maria Barrero19Monday April 22 10:00
Simon Benigeri>14Wednesday April 17 Office Hours Slot 2
Camilo Bermudez16Friday April 19 10:20
Archit Budhraja6Wednesday April 17 Office Hours Slot 1
Josh Cooper1Monday April 15 10:00
David Costigan20Monday April 22 10:10
David Fertig17Friday April 19 10:30
Zachary Goldsmith3Monday April 15 10:20
Constantin Gumenița21Monday April 22 10:20
Charles Jeon23Monday April 22 10:40
Seth Koren7Wednesday April 17 10:00
Himesh Lad9Wednesday April 17 10:20
Jason Liberman11Wednesday April 17 10:40
Emile Mohler13Friday April 19 10:10
Andrei Nagornyi12Friday April 19 10:00
Samuel Passaglia18Friday April 19 10:40
Jonathan Roth22Monday April 22 10:30
Rami Sherif15Wednesday April 17 Office Hours Slot 3
Benjamin Wang5Monday April 15 10:40
Brandt Wong8Wednesday April 17 10:10
Xin Xiong2Monday April 15 10:10
Chenchong Zhou10Wednesday April 17 10:30
Projects writeup:tex pdf.

Congratulations on great projects! The projects booklet needs cleaning up; if any of you would like to edit and clean up your sections, feel free to send me an updated copy of the TeX document.