Paper 'Finding Influential Cores via Normalized Ricci Flows in Directed and Undirected Hypergraphs with Applications' accepted by Physical Review E; passed Preliminary Examination; gave a lecture on Turing Machines at UIC.
Research Experience
Research Scientist at Meta; worked with the CS Theory Group during PhD, focusing on the intersection of Theoretical Computer Science, Graph Theory, and Computational Biology; built an internal tool to track deployed ML models at Meta during an internship.
Education
PhD in Computer Science from University of Illinois at Chicago, advisor information not provided. Undergraduate research in Digital Image Forensics and Image Processing.
Background
Research Interests: Theoretical Computer Science, Graph Theory, and Computational Biology. Professional Field: Applying concepts of curvature to complex networks, including graphs and hypergraphs. Bio: Research Scientist at Meta, working on developing the Horizon Editor for building games/worlds in the Metaverse.
Miscellany
Personal Interests: Music and reading. Favorite music genres include Future Bass, Dubstep, House, and Rap. Enjoys non-fiction books.