W_{1 +\infty} algebra, W_3 algebra, and Friedan-Martinec-Shenker bosonization

W_{1 +\infty} algebra, W_3 algebra, and Friedan-Martinec-Shenker bosonization. Commun. Math. Phys. 195; 1998.

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Last updated on 01/21/2021

I have research interests in the following subjects:

Quantum groups, quantum symmetric pairs, and canonical bases
Hecke algebras: finite, affine, and degenerate/spin variants
(Spin) symmetric groups and algebraic q-combinatorics
Infinite-dimensional Lie algebras and vertex algebras
(Super) category O and Kazhdan-Lusztig theory
Representation theory of Lie superalgebras
Geometric representation theory
Modular representation theory
Categorification
(More keywords: Schur duality, Howe duality, super duality, McKay correspondence, Hilbert schemes of points)

WEIQIANG WANG

ww9c@virginia.edu
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University of Virginia Department of Mathematics
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