Chern-Simons Initiative in Mathematics and Physics

Chern-Simons Initiative in Mathematics and Physics, UC Berkeley
Coordinator (2016-): Joel Moore, jemoore@berkeley.edu

Several programs to encourage connections between mathematics and physics take place at Berkeley via the support of the Chern-Simons Chair in Mathematical Physics, which was established by the Simons family in honor of the distinguished mathematician and philanthropist Jim Simons.

In addition to annual focused workshops, a Chern-Simons distinguished lecturer is invited approximately once per year to give a few lectures on an important set of developments in mathematical physics.

CURRENT/FUTURE EVENTS

Spring 2018 Chern-Simons Lectures
"Topological Invariants in Statistical Mechanics and Combinatorics"
Paul Fendley, All Souls College, Oxford University
April 2-5, 2018, times and locations below.

Topics:

Lecture 1: Topological order from Tutte's golden identity
April 2, 11:10-12:30, 325 Le Conte Hall.

Lecture 2: Duality and topological defects from fusion categories
April 4, 2:10-3:30, 402 Le Conte Hall.

Lecture 3: Almost invariant: long-lived quantum coherence from edge zero modes
April 5, 11:10-12:30, 325 Le Conte Hall.

PAST EVENTS

Fall 2017 Chern-Simons Workshop
"Integrability across mathematics and physics"
Berkeley, September 13-15

CLICK HERE FOR SCHEDULE

External speakers:
Kevin Costello (Perimeter)
Paul Fendley (Oxford) slides
Charlotte Kristjansen (Copenhagen) slides
Chihiro Matsui (Tokyo)
Greta Panova (Penn) slides
Leonid Petrov (Virginia) slides
Alexei Tsvelik (Brookhaven)

Berkeley speakers: Aganagic (slides), Smirnov, Williams (slides), Bulchandani

Spring 2017 Chern-Simons Lectures
"Stochastic quantum integrable systems"
Ivan Corwin, Columbia University

April 3: 2 Le Conte Hall, 3:00 pm, "q-TASEP, q-Bosons and their KPZ limits"
April 5: 325 Le Conte Hall, 2:00 pm, "Bethe ansatz and Markov duality"
April 7: 325 Le Conte Hall, 10:00 am, "Bridges to Macdonald processes and Gibbsian line ensembles"

Introductory slides (animations skipped)
Lecture I summary (notes by V. Bulchandani)
Lecture II summary (notes by D. Parker)

Summary of topics covered (in preparation)

Prof. Corwin works to unify algebraic structures within mathematics, build bridges between these structures and domains of physics, and discover universal phenomena within these domains. He has uncovered universal distributions (modern day parallels of the bell curve) in models of interface growth, traffic flow, mass transport, turbulence, and shock-fronts.

Prof. Corwin will also give the Mathematics Department colloquium on Thursday April 6.

Previous Chern-Simons Lectures that took place under Nicolai Reshetikhin's oversight are listed at https://math.berkeley.edu/~reshetik/CSR-Lectures.html.