This course provides an introduction to foundational concepts in Quantum Field Theory. It covers some basic topics in quantum mechanics, quantum field theory, topological quantum field theory, and string theory. It is designed for Mathematics students with an interest in Mathematical Physics, as well as anyone keen to bridge the realms of Math and Physics. Participants will gain an overview of these topics and access to relevant resources.
The objective of this course is to introduce mathematics students to quantum field theory from a mathematical perspective and cover essential topics related to mathematical physics. The course aims to provide a general overview of selected key topics and their connections, offering materials for students who wish to explore these topics in depth.
Enrollment:
You can enroll in the course 21989 directly through CalCentral.
To enroll in the course, you can go the CalCentral -> Enrollment Center -> Class Search and Enroll. Then put in the class number 21989 and enroll directly there. Please check it is Math 198 GRP 003, at Evans 748, MWF 4-5 PM. No permission code is needed. Time conflict enrollment is allowed. You are also welcome to just audit the course, which you can email us and we will add you to the BCourses when it's ready.
Prerequisites:
Math 53 and Math 54 (or any equivalence) are required.
Math 104, Math 110, and Math 113 (or any equivalence) are strongly recommended.
While we don't enforce prerequisites, recognizing that everyone learns differently, possessing some of the mentioned backgrounds can enhance comprehension of the course content.
Grading Policy:
-Attendance (20%)
-Homework (50%)
-Project (30%)
There are opportunities to earn extra credits from active participation, challenging problems on homework, and write-ups on attending events related to the topics.
Grade:
-Passed: 70% or above & Submit Final Project
-Not Passed: Below 70%
-Not Passed: Did not submit Final Project
Homework Policy:
-Homework is graded by completion.
-You can drop one homework of the lowest score.
-Collaboration on homework is encouraged, but you need to submit your own work.
-Each homework should be uploaded as a PDF file.
-Challenging problems are not mandatory but can earn extra points.
Project Policy:
-At the end of the semester, submit a final paper of at least 3 pages reviewing a topic of your choice.
-The paper should be related to the topics introduced in the class.
-To pass the class, you must submit a final paper.
-For assistance with choosing a topic or writing the paper, feel free to discuss it with us.
DSP Accommodations:
Email one of the facilitators if you need any DSP accommodations or other support.
No day(s) left until application deadline!
Section | Facilitator | Size | Location | Time | Starts | Status | CCN(LD) | CCN(UD) |
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Section 3 | Michelle Dong, Finn Fraser Grathwol | 30 | Evans 748 | [M, W, F] 4:00PM-5:00PM | TBD | Open | -- | 21989 |
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