Spin-12 XYZ model revisit: General solutions via off-diagonal Bethe ansatz

The spin-12 XYZ model with both periodic and anti-periodic boundary conditions is studied via the off-diagonal Bethe ansatz method. The exact spectra of the Hamiltonians and the Bethe ansatz equations are derived by constructing the inhomogeneous T–Q relations, which allow us to treat both the even...

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Published in:Nuclear physics. B 2014-09, Vol.886 (C), p.185-201
Main Authors: Cao, Junpeng, Cui, Shuai, Yang, Wen-Li, Shi, Kangjie, Wang, Yupeng
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container_issue C
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creator Cao, Junpeng
Cui, Shuai
Yang, Wen-Li
Shi, Kangjie
Wang, Yupeng
description The spin-12 XYZ model with both periodic and anti-periodic boundary conditions is studied via the off-diagonal Bethe ansatz method. The exact spectra of the Hamiltonians and the Bethe ansatz equations are derived by constructing the inhomogeneous T–Q relations, which allow us to treat both the even N (the number of lattice sites) and odd N cases simultaneously in a unified approach.
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title Spin-12 XYZ model revisit: General solutions via off-diagonal Bethe ansatz
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