About me:
Currently I am an assistant professor at Southern University of Science and Technology(SUStech), Department of Mathematics.
I received my Ph.D. in Mathematics from University of Houston under the supervision of Prof. Andrew Török.
I was a Hale visiting assistant professor at Georgia Institute of Technology, School of Mathematics, working under Prof. Leonid Bunimovich, and was a research fellow of Prof. Carlangelo Liverani at University of Rome Tor Vergata, Department of Mathematics.
My research area is analysis.
More precisely, open dynamical systems, hyperbolic dynamical systems, ergodic theory, probabilistic limit theorems of dynamical systems, and their applications to physics. Here is my Research Statement
Email: suyaofeng@sustech.edu.cn
Research papers:
Almost Sure Invariance Principle for Non-stationary and Random Intermittent Dynamical Systems, DCDS(A) [Arxiv] [Journal]
Vector-valued Almost Sure Invariance Principle for Non-stationary and random Dynamical Systems, TAMS [Arxiv] [Journal]
Random Young Towers and Quenched Limit Laws, ETDS [Arxiv] [Journal]
L. Bunimovich and Y. Su. Poisson Approximations and Convergence Rates for Hyperbolic Dynamical Systems, CMP [Arxiv] [Journal]
L. Bunimovich and Y. Su. Back to Boundaries in Billiards, CMP [Arxiv] [Journal]
L. Bunimovich and Y. Su. Maximal Large Deviations and Slow Recurrences in Weakly Chaotic Systems, Adv. Math., [Arxiv][Journal]
L. Bunimovich and Y. Su. Estimates of constants in the limit theorems for chaotic dynamical systems. Stoch. Dyn. [Arxiv][Journal]
Polynomial escape rates via maximal large deviations, JSP, [Arxiv][Journal]
L. Bunimovich and Y. Su. Statistics of weakly chaotic systems, accepted by AMS Contemporary Mathematics, [Arxiv]
L. Bunimovich and Y. Su. Which subsets and when orbits of non-uniformly hyperbolic systems prefer to visit: operator renewal theory approach, submitted, [Arxiv]
L. Bunimovich and Y. Su. Limit theorems with irregular observables for slowly mixing hyperbolic systems, [Arxiv]
Polynomial Large deviations and escape rates, in preparations
Convergence rates of Boltzmann-Grad limits, in preparations.
Teaching:
Currently I am teaching functional analysis.
In the past, I taught various courses including calculus, linear algebra, probability, statistics, differential equations and combinatorics.