I am an applied mathematician with a background in dynamical systems, networks, algorithms, geometry, logic, set theory, and several other areas of mathematics. Broadly, my research interests center on developing mathematical and organizational models for problems in a range of fields including healthcare, medicine, biology, ecology, sociology, engineering, linguistics, and philosophy. I am especially interested in problems that are of strong fundamental or practical significance in some clear and direct sense.
I am currently studying two problems in philosophy: the problem of formally defining causality and the problem of constructing a formal language of conscious experience.
To an applied mathematician, an ideal problem is one that is
Up to notions of mechanistic or computational equivalence, problems that satisfy these four criteria are increasingly rare. Of those remaining, many appear to be located in areas that have received limited academic attention, such as heuristic algorithms or tax policy, and areas that span multiple domains, such as electrophysiology or computational linguistics. I work to find these problems and develop solutions for them.
Some problems nearly satisfy the above four criteria - they are important, unsolved, and plausibly tractable, but are organizationally interesting rather than mathematically interesting. Some of these problems are practical. For example, we might seek to outline
Other unsolved organizational problems have a more fundamental or philosophical nature. For instance, we might attempt to construct
Practical and theoretical problems of this sort have been considered extensively in literature, but often in a highly incremental, field-specific manner. My research aims to complement this granular work with a broader, more interdisciplinary study of these problems and their possible solutions.