Graduate student at UCLA Mathematics Department, probably studying one of the following topics:
- Probabilistic approaches in extremal combinatorics and the theory of large graphs,
- Enumerative problems in algebraic geometry, especially those susceptible to tropical techniques, or
- The intersection of representation theory and the above.
I'm firmly on the pure math side of the department, but these sorts of problems usually get applied in the areas of statistical mechanics and mathematical biology, and I do enjoy a good lecture or two on the same.
I'm also a fan of fluid mechanics. If you know a good way to connect that to the research interests above, let me know!
Trying to reach me?
Math Sciences 2954 Zoom 525-620-2353
- Office Hours:
- By appointment or:
Anyone is welcome at any office hour, but students from the corresponding class will get priority.
- Math 171:
- M 5pm
- PIC 10A:
- Th 10am
- Other classes/general public/overflow:
- T 4pm on even-indexed weeks
- Spring 2021: PIC 10 § 10CD: Zoom 929-1184-0310; T/Th 8-9+9-10 AM
- Winter 2020: PIC 10 § 3C: Zoom; T/Th 3pm PT
- Winter 2020: MATH 171 § 1A: Zoom; Th 11am PT
- Fall 2020: PIC 10 § 3A: Zoom; T/Th 1pm PT
- Fall 2020: MATH 171 § 1A: Zoom; Th 12pm PT
- Summer 2020: MATH 61 § 1C: Zoom; T/Th 11am PDT
- Spring 2020: MATH 142 § 2A: Zoom; T 12pm (noon) PDT
- Winter 2020: MATH 171 § 1A: MS 6229; Th 1PM
- Fall 2019: PIC 10A § 5: MS 5127; TTh 8AM
- Recent Papers
- Expository Notes
If I were a Springer-Verlag Graduate Text in Mathematics, I would be Béla Bollobás's Modern Graph Theory.
I am an in-depth account of graph theory, written with the student in mind; I reflect the current state of the subject and emphasize connections with other branches of pure mathematics. Recognizing that graph theory is one of several courses competing for the attention of a student, I contain extensive descriptive passages designed to convey the flavor of the subject and to arouse interest.
Which Springer GTM would you be? The Springer GTM Test
Page created with the assistance of