From affine Hecke algebras to boundary symmetries
arXiv:math-ph/0409060 · doi:10.1016/j.nuclphysb.2005.07.015
Abstract
Motivated by earlier works we employ appropriate realizations of the affine Hecke algebra and we recover previously known non-diagonal solutions of the reflection equation for the case. The corresponding site spin chain with open boundary conditions is then constructed and boundary non-local charges associated to the non-diagonal solutions of the reflection equation are derived, as coproduct realizations of the reflection algebra. With the help of linear intertwining relations involving the aforementioned solutions of the reflection equation, the symmetry of the open spin chain with the corresponding boundary conditions is exhibited, being essentially a remnant of the algebra. More specifically, we show that representations of certain boundary non-local charges commute with the generators of the affine Hecke algebra and with the local Hamiltonian of the open spin chain for a particular choice of boundary conditions. Furthermore, we are able to show that the transfer matrix of the open spin chain commutes with a certain number of boundary non-local charges, depending on the choice of boundary conditions.
33 pages LATEX, few typos corrected
References in corpus (7)
- An integrable structure related with tridiagonal algebras
- A new (in)finite dimensional algebra for quantum integrable models
- Magic in the spectra of the XXZ quantum chain with boundaries at Delta=0 and Delta=-1/2
- Non-diagonal solutions of the reflection equation for the trigonometric vertex model
- On quantum group symmetry and Bethe ansatz for the asymmetric twin spin chain with integrable boundary
- Analytical Bethe Ansatz for open spin chains with soliton non preserving boundary conditions
- A note on the non-diagonal K-matrices for the trigonometric vertex model
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- On boundary fusion and functional relations in the Baxterized affine Hecke algebra
- New reflection matrices for the U_q(gl(m|n)) case
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- Asymmetric Twin Representation: the Transfer Matrix Symmetry
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- Spectral equivalences and symmetry breaking in integrable SU_q(N) spin chains with boundaries
- New Solutions to the Reflection Equation with Braces
- On the symmetries of integrable systems with boundaries
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