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Ground state solutions of inhomogeneous Bethe equations
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The distribution of Bethe roots, solution of the inhomogeneous Bethe
equations, which characterize the ground state of the periodic XXX
Heisenberg spin-\frac{1}{2}12
chain is investigated. Numerical calculations show that, for this state,
the new inhomogeneous term does not contribute to the Baxter T-Q
equation in the thermodynamic limit. Different families of Bethe roots
are identified and their large N behaviour are conjectured and
validated.
Title: Ground state solutions of inhomogeneous Bethe equations
Description:
The distribution of Bethe roots, solution of the inhomogeneous Bethe
equations, which characterize the ground state of the periodic XXX
Heisenberg spin-\frac{1}{2}12
chain is investigated.
Numerical calculations show that, for this state,
the new inhomogeneous term does not contribute to the Baxter T-Q
equation in the thermodynamic limit.
Different families of Bethe roots
are identified and their large N behaviour are conjectured and
validated.
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