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Oscillator Construction of su(n|m) Q-Operators

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arxiv 1012.6021 v2 pith:5UV2RBAP submitted 2010-12-29 math-ph hep-thmath.MP

Oscillator Construction of su(n|m) Q-Operators

classification math-ph hep-thmath.MP
keywords constructionq-operatorsalgebraicbaxterbethechainscompacthierarchy
verification ladder T0 review T1 audit T2 compute T3 formal T4 reserved
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We generalize our recent explicit construction of the full hierarchy of Baxter Q-operators of compact spin chains with su(n) symmetry to the supersymmetric case su(n|m). The method is based on novel degenerate solutions of the graded Yang-Baxter equation, leading to an amalgam of bosonic and fermionic oscillator algebras. Our approach is fully algebraic, and leads to the exact solution of the associated compact spin chains while avoiding Bethe ansatz techniques. It furthermore elucidates the algebraic and combinatorial structures underlying the system of nested Bethe equations. Finally, our construction naturally reproduces the representation, due to Z. Tsuboi, of the hierarchy of Baxter Q-operators in terms of hypercubic Hasse diagrams.

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  1. Baxter Q-operators from a Schwinger-Boson construction of the master T-operator and the mKP hierarchy

    math-ph 2026-07 accept novelty 6.0

    A Schwinger-boson Fock-space trace defines the gl(M) master T-operator, and the same L-operator degenerates to the Q-operator L-operator of Bazhanov–Frassek–Lukowski–Meneghelli–Staudacher.