Name Email Research Interest
Omer Angel angel Random graphs, walks and other combinatorial structures, dynamical systems, percolation.
Jonathan Hermon jhermon Mixing time, cutoff phenomenon, random walks, random graphs, interacting particle systems, percolation.
Mathav Murugan mathav Random walks on metric spaces, heat kernel estimates, potential theory, functional inequalities, coarse geometry, sandpile models.
Gordon Slade slade Random walk, self-avoiding walk, lattice trees, percolation, lace expansion, critical phenomena in statistical mechanics, super-Brownian motion, renormalisation group.

Long-Term Visitors

Name Email Research Interest Dates
Mark Holmes Holmes.m AT Random media, random walks, reinforcement processes. from January 2020
Noe Kawamoto noe0717kawa AT Lace expansion, critical phenomena in statistical mechanics. September to October 2022

Postdoctoral Fellows

Name Email Research Interest
Jacob Richey jfrichey Interacting particle systems, combinatorial probability, phase transitions, random walks, random graphs, random matrices, coverage processes, statistics.
Yinon Spinka yinon Discrete probability, statistical mechanics, finitary codings.
David Stenlund stenlund Diffusion processes, urn models, occupation time distributions, combinatorial identities.

Graduate Students

Name Email Research Interest
Parijat Chakraborty parijat.c Interplay between geometry and probability for Markov chains.
Nitya Gadhiwala ngadhiwala Probability theory and optimal transport.
Yucheng Liu yliu135 Self-avoiding walk, percolation, phase transitions, renormalisation group.
Jens Malmquist jens Probability, stochastic processes, random combinatorial objects, fractal spaces.
Emmanuel Michta michta Self-avoiding walks, percolation, phase transitions, models from statistical physics and their scaling limits.
Daniel de la Riva Massaad delariva Probability theory, percolation, noise sensitivity theory.
Shashank Sharma sharm39 Analysis, probability, geometry and their interactions; influence of state space geometry on Markov processes.
Yuliang Shi yuliang Markov mixing times, random walks, percolation, self-avoiding walks.


Name Email Research Interest
Martin Barlow barlow Diffusions on fractals, random walks on graphs, heat kernel estimates, cluster growth models, general theory of processes, local time, sde's, stochastic partial differential equations, measure-valued diffusions.
David Brydges db5d Statistical mechanics, renormalisation group, self-avoiding walk, branched polymers.
Priscilla (Cindy) Greenwood pgreenw Stochastic dynamics, stochastic models in biology: epidemiology, population dynamics, neuron models; inference for stochastic processes.
Edwin Perkins perkins Measure-valued diffusions, superprocesses and branching models, stochastic differential equations, stochastic pde's, nonstandard analysis, interacting particle systems, cluster growth models, applications to population models.
John Walsh walsh Stochastic pde's, numerical methods in stochastic pde's, multiparameter processes, Brownian sheet, Markov processes and potential theory, general theory of processes.