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Factorial Fock free fermions

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arxiv 2410.06582 v2 pith:SX2IWTJS submitted 2024-10-09 math.RT math-phmath.COmath.MP

classification math.RTmath-phmath.COmath.MP
keywords operatorsvertexdeformedfactorialunderbasisdoublefree
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We use a double shifted power analog of free fermion fields to introduce current operators, Hamiltonians, and vertex operators which are deformed by two families of parameters and satisfy analogous formulas to the classical case. We show that the deformed half vertex operators correspond to the row transfer matrices of a solvable six vertex model recently given by Naprienko [arXiv:2301.12110], which under a specialization yields the factorial Schur functions (up to a reindexing of parameters). As a consequence, we show that under the boson-fermion correspondence using our deformed half vertex operators, the natural basis (under this specialization) maps to the double factorial Schur functions. Furthermore, the image of the natural basis vectors are tau function solutions to the 2D Toda lattice.

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  1. On the Boson-Fermion Correspondence for Factorial Schur Functions

    math.CO 2025-02 conditional novelty 6.0 of 10

    Molev's double supersymmetric Schur functions arise from a deformed boson-fermion correspondence whose algebraic proof works over formal Laurent series when the beta parameters are set to zero.

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