| MAT 535 Spring 2026 Problem Sets | MAT 535 Spring 2026 Schedule | MAT 535 Spring 2026 Exams |
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MAT 535 Course Webpage
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Course Announcements Announcements about the course will be posted here. Please check the site regularly for announcements (which will also be given in lecture and/or in recitation).
Course Description The description in the graduate bulletin: Vector spaces: Cayley-Hamilton Theorem, Jordan normal form, bilinear forms, signature, tensor products, symmetric and exterior algebras. Homological algebra: categories and functors, universal and free objects, exact sequences, extensions. Representation theory for finite groups: irreducible representations and Schur's Lemma, characters, orthogonality. Galois theory: splitting fields, finite fields, extension fields of various types, Galois polynomial and group, fundamental theorem of Galois theory, symmetric functions.
Prerequisites For graduate students in the mathematics Ph.D. program, there is no prerequisite. All other students should consult with the instructor regarding prerequisites.
Lectures
The instructor for this course is
Jason Starr.
All instruction will occur in lectures. There are assigned
readings in the course schedule
which are to be completed before lecture. During lecture the
instructor and the students will discuss the material from those
readings, there will be exercises to practice the material, etc. For
the lectures to be effective, you must complete the assigned reading
from the syllabus before lecture.
Lecture is held Tuesdays and Thursdays, 9:30 10:50AM in Physic P130.
Office hours are Thursday 11AM 12NOON; 12:30 1:30 PM (advising hour); and 1:30 2:30 PM in Math Tower 4108.
Grading System The relative significance of exams and problem sets in determining final grades is as follows.
| 40% (= 20% x 2) | |
| 30% (= 3% x 10) | |
| 30% |
Required Syllabi Statements
The University Senate Undergraduate and Graduate Councils have
authorized that the following required statements appear in all
teaching syllabi (graduate and undergraduate courses) on the Stony
Brook Campus.