I’m a PhD student of mathematics at the University of Illinois at Urbana-Champaign. My primary research interest is in probability and statistical physics, mainly on disordered system, such as spin glasses, random polymer models and their interactions with other areas like random matrices etc. I'm also interested in the application of mean field spin glass theory to high dimensional statistics and theoretical computer science. I am advised by Professor Partha S. Dey.
Email: qiangwu2 [at] illinois [dot] edu
Office: AH 130, Department of mathematics, UIUC.
► Fluctuation results for Multi-species Sherrington-Kirkpatrick model in the replica symmetric regime,
with Partha Dey. J. Stat.Phys., 185(3):Paper No. 22, 2021, arXiv 2012.13381
► Approximation algorithms for the random field Ising model,
with Tyler Helmuth, Holden Lee, Will Perkins, Mohan Ravichandran, preprint (2021), arXiv 2108.11889
► Mean field spin glasses under weak external fields,
with Partha Dey, preprint (2021), arXiv:2112.11349
► On the largest eigenvalue of strctured random matrices,
with Partha Dey, preprint (2021), in preparation
► Phase transition in spiked structured random matrices,
preprint (2021), in preparation
Teaching at UIUC
Math 231: Calculus II, Fall 2021
Math 234: Business calculus, Spring 2019
Math 221: Calculus I, Fall 2018, appeared in the excellent TA list.
Math 241: Calculus III, Fall 2019,2020.
Math 415: Applied Linear Algebra, Spring 2021.
Probability Seminar, University of Macau, March, 2022.
Probability Seminar, University of Wisconsin–Madison, March, 2022.
Frontier Probability Days, Mean field spin glass models under weak external fields, December, 2021.
Northeast Probability Seminar, Mean field spin glass models under weak external fields, November, 2021.
Workshop on Universality and Integrability in Random Matrix Theory and Interacting Particle Systems, MSRI, Berkeley, September, 2021.
Workshop on Structured Random Matrices in Down Under, August, 2021.
Probability seminar, Univeristy of Illinois at Urbana-Champaign, March, 2021.
Template adapted from Tianyi Zheng 's