Math 330 - Fall 2006
Algebraic Number Theory


Links:    Recent Announcements     Homework     Grade information    

Instructor Keith Conrad
Email kconrad at math dot uconn dot edu.
Office hours MSB  318; 1:30-2:30 MW
Course info
Lecture MWF 12:00-12:50, MSB 215.
 
Text Algebraic Theory of Numbers, by Pierre Samuel.


Course Handouts

Lucy and Lily, an algebraic number theory game. (For the website to play the game, go here. A lower-dimensional version of the same idea is here.)

Frobenius' proof of the existence of Frobenius elements (an application of localization)

Dirichlet's unit theorem.

Some calculations of class groups using the Minkowski bound.

Orbits of SL2 and class numbers.

Review of Galois theory.

Integer rings without a power basis.

A non-free integral extension.

Polynomials over a finite field.

Totally ramified primes and Eisenstein polynomials.

Discriminants and ramified primes.

Factoring prime ideals.

Primitive vectors and SLn. (revised version posted on 10/9)

Unique ideal factorization in rings of integers. (revised version posted on 10/9)

Algebras over a field.

Separability for field extensions.

Prime ideal factorization in quadratic fields.

The Gaussian Integers.

Lecture notes on algebraic number theory by James Milne (1998), René Schoof (1994), Peter Stevenhagen (2004), and Tom Weston (1999). More online lecture notes on algebraic number theory are listed here.



Recent Announcements

The course is over.


Brief course description: This course is an introduction to algebraic number theory: rings of integers, applications to diophantine equations, ramification, Dirichlet unit theorem, ideal class group, and Frobenius elements in Galois groups. Further topics (e.g., local fields or zeta-functions) will be discussed if time permits.

Prerequisites: Math 316.

Course grade:  This will be based on homeworks.

Homework: Homework assignments will be posted on the bottom of this web page.




Due Week of Homework Assignment
1. Aug. 28
2. Sept. 4

3. Sept. 11
4. Sept. 18

5. Sept. 25
6. Oct. 2
7. Oct. 9

8. Oct. 16
9. Oct. 23
10. Oct. 30

11. Nov. 6
12. Nov. 13
13. Nov. 20 None (it's Thanksgiving).
14. Nov. 27
15. Dec. 4
Credit: I respectfully stole the code for much of this page from Glenn Tesler. Thanks, Glenn!