Colorado State University
Specializing in algebraic structures, tensor analysis, and computational algebra. My research focuses on isomorphism problems, linear data structures, and the mathematical foundations of machine learning.
Developing mathematical frameworks for understanding and processing data with underlying linear structure.
Exploring tensor spaces, decompositions, and applications to computational problems and machine learning.
Building algorithms and software tools for solving isomorphism problems and algebraic computations.
How can we recognize that data recorded in different ways represents the same information? This fundamental question of isomorphism has been challenging researchers for over a century. My work focuses on cases where data is parameterized by vector spaces, studying any data structure with obvious or hidden distributive properties.
Recent work on isomorphism problems, tensor decompositions, and computational algebra methods for analyzing linear data structures.
View Linear Data Book →Work on tensor categories and their applications to computational problems.
Algorithmic approaches to group decomposition and isomorphism testing.
Conferences, workshops, and collaborative research activities
Regional workshop on groups, nilpotent structures, and multilinear algebra
View All Events →Regular seminars and collaborative research in tensor analysis
Learn More →Open-source computational tools for algebraic research
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