Topological Basis Associated with B-M-W algebra: Two Spin-1/2 Realization
arXiv:1404.4794 · doi:10.1016/j.physleta.2014.10.037
Abstract
In this letter, we study the two-spin-1/2 realization for the Birman-Murakami-Wenzl (B-M-W) algebra and the corresponding Yang-Baxter $\breve{R}(θ,Ï)$ matrix. Based on the two-spin-1/2 realization for the B-M-W algebra, the three-dimensional topological space, which is spanned by topological basis, is investigated. By means of such topological basis realization, the four-dimensional Yang-Baxter $\breve{R}(θ,Ï)$ can be reduced to Wigner $D^{J}$ function with $J=1$. The entanglement and Berry phase in the spectral parameter space are also explored. The results show that one can obtain a set of entangled basis via Yang-Baxter $\breve{R}(θ,Ï)$ matrix acting on the standard basis, and the entanglement degree is maximum when the $\breve{R}_{i}(θ,Ï)$ turns to the braiding operator.
5 pages