Slavnov and Gaudin-Korepin formulas for models without symmetry: the XXX chain on the segment
arXiv:1507.03242 · doi:10.1088/1751-8113/49/17/17LT01
Abstract
We consider the isotropic spin Heisenberg chain with the most general integrable boundaries. The scalar product between the on-shell Bethe vector and its off-shell dual, obtained by means of the modified algebraic Bethe ansatz, is given by a modified Slavnov formula. The corresponding Gaudin-Korepin formula, \textit{i.e.}, the square of the norm, is also obtained.
v2, published version, 13 pages
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Cited by in corpus (10)
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- Diagonalization of the Heun-Askey-Wilson operator, Leonard pairs and the algebraic Bethe ansatz
- Scalar products of Bethe vectors in the 8-vertex model
- Correlation functions by Separation of Variables: the XXX spin chain
- Correlation functions for open XXZ spin 1/2 quantum chains with unparallel boundary magnetic fields
- Scalar product for the XXZ spin chain with general integrable boundaries
- An inhomogeneous Lax representation for the Hirota equation
- On correlation functions for the open XXZ chain with non-longitudinal boundary fields : the case with a constraint
- A tale of two Bethe ansätze
- The open XYZ spin 1/2 chain: Separation of Variables and scalar products for boundary fields related by a constraint