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Freidel-Maillet type presentations of $U_q(sl_2)$
TLDR
In this paper, a unified framework for the Chevalley and equitable presentation of $U_q(sl_2)$ is introduced, given in terms of a system of Freidel-Maillet type equations satisfied by a pair of quantum K-operators, whose entries are expressed in terms either CHs or equitable generators.Abstract:
A unified framework for the Chevalley and equitable presentation of $U_q(sl_2)$ is introduced. It is given in terms of a system of Freidel-Maillet type equations satisfied by a pair of quantum K-operators ${\cal K}^\pm$, whose entries are expressed in terms of either Chevalley or equitable generators. The Hopf algebra structure is reconsidered in light of this presentation, and interwining relations for K-operators are obtained. A K-operator solving a spectral parameter dependent Freidel-Maillet equation is also considered. Specializations to $U_q(sl_2)$ admit a decomposition in terms of ${\cal K}^\pm$. Explicit examples of K-matrices are constructed.read more
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Quantum Groups
TL;DR: In this paper, the authors introduce the theory of quantum groups with emphasis on the spectacular connections with knot theory and Drinfeld's recent fundamental contributions and present the quantum groups attached to SL2 as well as the basic concepts of the Hopf algebras.
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A q -difference analogue of U(g) and the Yang-Baxter equation
TL;DR: Aq-difference analogue of the universal enveloping algebra U(g) of a simple Lie algebra g is introduced in this article, and its structure and representations are studied in the simplest case g=sl(2).
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A guide to quantum groups
Vyjayanthi Chari,Andrew Pressley +1 more
TL;DR: In this paper, the Kac-Moody algebras and quasitriangular Hopf algesas were used to represent the universal R-matrix and the root of unity case.
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Boundary conditions for integrable quantum systems
TL;DR: In this paper, a new class of boundary conditions for quantum systems integrable by means of the quantum inverse scattering (R-matrix) method is described, which allows the author to treat open quantum chains with appropriate boundary terms in the Hamiltonian.
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Lectures on quantum groups
TL;DR: The quantized enveloping algebra (QE) as mentioned in this paper is a Hopf algebra with Gaussian binomial coefficients, which can be represented as: (1) Tensor products or (2) Hopf algebras.