Research

My research focuses on representation theory and algebraic combinatorics, with applications in geometry, number theory, and physics. I am particularly interested in topics such as solvable lattice models, Schubert calculus, (non)symmetric functions, and the boson-fermion correspondence. Much of my work involves studying functions that generalize Schur polynomials, including supersymmetric Schur functions, Iwahori-Whittaker functions, Schubert and Grothendieck polynomials, along with various generalizations.

  Papers   Talks   Conferences/Seminars Organized  

Papers

Talks

  • University of Toronto (will be February 2025)
  • Factorial Schur functions and the boson-fermion correspondence, University of Illinois Algebra-Geometry-Combinatorics Seminar, UIUC (October 2024)
  • A factorial analogue of the boson-fermion correspondence (contributed talk), Quantum Groups and Representation Theory Conference in honor of Kailash Misra’s 70th birthday, NC State (October 2024)
  • Solvable lattice models and the boson-fermion correspondence, Early-Career Conference in Combinatorics, UIUC (June 2024)
  • Solvable lattice models for motivic Chern classes of Schubert cells, Trinity College, Conference on Solvable Lattice Models, Number Theory and Combinatorics Conference, Trinity College, Dublin (June 2024)
  • Solvable lattice models and the boson-fermion correspondence, Purdue Mathematical Physics Seminar, Purdue (April 2024)
  • Lattice models for motivic Chern classes of Schubert varieties, AMS-AWM Special Session on Solvable Lattice Models and their Applications Associated with the Noether Lecture, Joint Math Meetings, San Francisco (January 2024)
  • Solvable lattice models and Grothendieck polynomials, University of Illinois Algebra-Geometry-Combinatorics Seminar, UIUC (August 2023)
  • Solvable lattice models and the boson-fermion correspondence, Integrable Systems \& Symmetric Functions Workshop, University of Glasgow (March 2023, remote)
  • (Super)symmetric Functions from Solvable Lattice Models and Discrete-Time Hamiltonian Operators, University of Minnesota Combinatorics Seminar (February 2022)
  • Solvable lattice models from representations of quantum groups, Academia Sinica, Taipei (December 2021, remote)
  • Hamiltonian Operators and Free Fermionic Lattice Models, Solvable Lattice Models Seminar (June 2021)
  • Solvable Lattice Models, Statistical Mechanics, and Symmetric Functions, Carleton College Colloquium (June 2021)

Conferences/Seminars Organized