Instructor: Matt Kerr Office: Cupples I, Room 114 e-mail: matkerr [at] wustl.edu (Zoom) Office Hours: 3-3:50pm M, 8-8:50pm W (Zoom), 3-3:50 F Course Outline: Algebraic number rings (review, from part III of Algebra I notes) I. Galois Theory (see below) III. Representation Theory (see below) IV. Commutative Rings (see below) This is the second half of a year-long course which forms the basis for the Ph.D. qualifying examination in algebra. Prerequisites: Math 5031, or permission of the instructor. Class Schedule: Lectures are on Monday, Wednesday and Friday, from 2-2:50 PM, in Cupples I Room 113. (Our first two weeks, however, are on Zoom.) First class is Wednesday Jan. 19 and last class is Friday Apr. 29; Spring Break is March 13-19. Midterm Exam: Take-home, due Thursday March 24 (in lieu of HW)Final Exam: TBAAssignments: These will be due, via PDF upload to Canvas, on Thursdays at 5pm.
Solutions will also be posted on Canvas and may include students' work.
I encourage you to visit my office hours to discuss problem sets, and
to form study groups to discuss the more difficult problems (though solutions
must be written up independently).This is, of course, a "proof course". Please write your solutions legibly, linearly, logically and concisely, in complete sentences with proper mathematical grammar, and cite the results you use ("by Proposition (1.2.3) in the lecture notes/Jacobson, it follows that ..."). In addition, make sure to document any ideas that come from another text, person, or online source. Problem Set 1 (due Thursday Jan. 27) Problem Set 2 (due Thursday Feb. 3) Problem Set 3 (due Thursday Feb. 10) Problem Set 4 (due Thursday Feb. 17) Problem Set 5 (due Thursday Feb. 24) Problem Set 6 (due Thursday Mar. 3) Problem Set 7 (due Thursday Mar. 10) Problem Set 8 (due Thursday Mar. 31) Problem Set 9 (due Thursday Apr. 7) Problem Set 10 (due Thursday Apr. 14) Problem Set 11 (due Thursday Apr. 21) Problem Set 12 (due Thursday Apr. 28) Grader: Xiaojiang Cheng
Lecture Notes: I will follow the notes below, which will serve as our primary text, supplemented by the Jacobson book (see below). We will begin with a review of Algebraic Number Rings from part III of my Algebra I notes, available at this link, and we will mostly skip Part II (on Linear Algebraic Groups) below. I. Galois Theory A. Field extensionsII. Linear algebraic groups A. Bilinear formsIII. Representation theory A. Semisimple modules and ringsIV. Commutative rings A. Localization Books: Nathan Jacobson, Basic Algebra I (2nd Ed.); Dover is the recommended textbook. We will in large part follow it and
use exercises from it for the treatment of Galois theory and bilinear forms (but not for the later parts of the course).
There are many other excellent standard texts, including D.J.H. Garling, A Course in Galois Theory; Cambridge Univ. Press, Thomas Hungerford, Algebra; Springer-Verlag, Serge Lang, Algebra; Springer-Verlag, and Joseph Rotman, Advanced Modern Algebra; Prentice-Hall. Grading Policy:Your final grade for the semester is determined as follows: HW 40%, midterm 20%, final exam 40%. I will drop the lowest two grades you receive on homework. Homework and examination grades will be regularly updated on Canvas. Grades are typically curved in a course like this but will never be less than the following scale:
If you are a graduate student, a letter grade of B is required to pass; if you are an undergraduate taking this class Pass/Fail, you must earn a C- to pass. The Washington University academic integrity policies are here. All work submitted under your name is expected to be your own; please make sure to document any ideas that come from another source. |