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QQ-system and Weyl-type transfer matrices in integrable SO(2r) spin chains
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QQ-system and Weyl-type transfer matrices in integrable SO(2r) spin chains
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We propose the full system of Baxter Q-functions (QQ-system) for the integrable spin chains with the symmetry of the $D_r$ Lie algebra. We use this QQ-system to derive new Weyl-type formulas expressing transfer matrices in all symmetric and antisymmetric (fundamental) representations through $r+1$ basic Q-functions. Our functional relations are consistent with the Q-operators proposed recently by one of the authors and verified explicitly on the level of operators at small finite length.
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Cited by 1 Pith paper
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Rational $Q$-systems for integrable spin chains without $U(1)$ symmetry
A rational Q-system with inhomogeneous QQ-relations is constructed for XXZ spin chains with anti-diagonal twist and non-diagonal boundary fields, and numerically shown to yield all physical solutions.
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