I am an NSF postdoctoral fellow at Imperial College London and mentored by Paul Bressloff. Previously I was an NSF Graduate Research Fellow at the University of Utah and mentored by Sean Lawley. Broadly speaking my work concerns applied stochastic processes inspired by biology.
In Utah I founded the Living Room Exchange of Mathematics which continues to be a source of mathematical collaboration and community in the Salt Lake Valley.
I am an NSF postdoctoral fellow at Imperial College London and mentored by Paul Bressloff. Previously I was an NSF Graduate Research Fellow at the University of Utah and mentored by Sean Lawley. Broadly speaking my work concerns applied stochastic processes inspired by biology.
In Utah I founded the Living Room Exchange of Mathematics which continues to be a source of mathematical collaboration and community in the Salt Lake Valley.
Recent activity:
New paper on the arXiv! Paul Bressloff and I used renewal theory to analyze the dynamics of a resetting run-and-tumble particle in the presence of a so-called `sticky' boundary. We found that how the boundary is sticky can complete change the qualitative behavior of this active particle.
Recent activity:
New paper on the arXiv! Paul Bressloff and I used renewal theory to analyze the dynamics of a resetting run-and-tumble particle in the presence of a so-called `sticky' boundary. We found that how the boundary is sticky can complete change the qualitative behavior of this active particle.
New paper on the arXiv! Joint with Aanjaneya Kumar, this work concerns first passage times wherein searchers can continuously join and abandon the search process. We call this phenomenon stochastic search with 'dynamic redundancy and mortality'. It exhibits some very peculiar characteristics and shows surprising connections to stochastic resetting.
New paper on the arXiv! Joint with Aanjaneya Kumar, this work concerns first passage times wherein searchers can continuously join and abandon the search process. We call this phenomenon stochastic search with 'dynamic redundancy and mortality'. It exhibits some very peculiar characteristics and shows surprising connections to stochastic resetting.
