Ph.D. - Mathematics
City university of New York - 2014

M.Phil. - Mathematics
City University of New York - 2012

M.A.St. - Pure Mathematics
University of Cambridge - 2009

A.B. - Mathematics
Princeton University - 2008

Computing differential Galois groups of second-order linear q-difference equations 2022 - Journal Article

Mahler Discrete Residues and Summability for Rational Functions 2022 - Other

Normal Reflection Subgroups of Complex Reflection Groups 2021 - Journal Article

Differential transcendence criteria for second-order linear difference equations and elliptic hypergeometric functions 2021 - Journal Article

NORMAL REFLECTION SUBGROUPS OF COMPLEX REFLECTION GROUPS 2021 - Journal Article

Normal Reflection Subgroups 2020 - Conference Paper

Galois groups for integrable and projectively integrable linear difference equations 2017 - Journal Article

Computation of the difference-differential Galois group and differential relations among solutions for a second-order linear difference equation 2016 - Journal Article

Outstanding Teaching Award for Tenure-Track Faculty - School of Natural Sciences and Mathematics, The University of Texas at Dallas [2021]

ISSAC Distinguished Student Author Award - Special Interest Group in Symbolic and Algebraic Manipulation, Association for Computing Machinery [2014]

Assistant Professor of Mathematics
The University of Texas at Dallas [2017–Present]

NSF Alliance Postdoctoral Fellow
North Carolina State University [2014–2017]

Computation of functional relations among solutions of difference and differential equations

$203,416 - National Science Foundation [2018/10–2021/09]

This project will develop algorithms to automatically discover functional properties of solutions of differential or difference equations by looking for symmetries encoded in a geometric object called the Galois group.