ID: hep-th/9302043

On the Hopf algebras generated by the Yang-Baxter R-matrices

February 11, 1993

View on ArXiv

Similar papers 5

The Canonical Quantization in Terms of Quantum Group and Yang-Baxter Equation

November 10, 1992

86% Match
Chang-Pu Sun
High Energy Physics - Theory

In this paper it is shown that a quantum observable algebra, the Heisenberg-Weyl algebra, is just given as the Hopf algebraic dual to the classical observable algebra over classical phase space and the Plank constant is included in this scheme of quantization as a compatible parameter living in the quantum double theory.In this sense,the quantum Yang-Baxter equation naturally appears as a necessary condition to be satisfied by a canonical elements,the universal R-matrix,inter...

Find SimilarView on arXiv

An introduction to quantized Lie groups and algebras

November 21, 1991

86% Match
T. Tjin
High Energy Physics - Theory

We give a selfcontained introduction to the theory of quantum groups according to Drinfeld highlighting the formal aspects as well as the applications to the Yang-Baxter equation and representation theory. Introductions to Hopf algebras, Poisson structures and deformation quantization are also provided. After having defined Poisson-Lie groups we study their relation to Lie-bi algebras and the classical Yang-Baxter equation. Then we explain in detail the concept of quantizatio...

Find SimilarView on arXiv

R-matrix knot invariants and triangulations

February 12, 2010

86% Match
R. M. Kashaev
Quantum Algebra
Mathematical Physics

The construction of quantum knot invariants from solutions of the Yang--Baxter equation (R-matrices) is reviewed with the emphasis on a class of R-matrices admitting an interpretation in intrinsically three-dimensional terms.

Find SimilarView on arXiv

Non-associative algebras, Yang-Baxter equations and quantum computers

August 16, 2014

86% Match
Radu Iordanescu, Florin F. Nichita, Ion M. Nichita
Differential Geometry

Non-associtive algebras is a research direction gaining much attention these days. New developments show that associative algebras and some not-associative structures can be unified at the level of Yang-Baxter structures. In this paper, we present a unification for associative algebras, Jordan algebras and Lie algebras. The (quantum) Yang-Baxter equation and related structures are interesting topics, because they have applications in many areas of mathematics, physics and com...

Find SimilarView on arXiv

Universal $R$-matrix for non-standard quantum $sl(2,\R)$

April 11, 1996

86% Match
Angel Ballesteros, Francisco J. Herranz
Quantum Algebra

A universal $R$-matrix for the non-standard (Jordanian) quantum deformation of $sl(2,\R)$ is presented. A family of solutions of the quantum Yang--Baxter equation is obtained from some finite dimensional representations of this Lie bialgebra quantization of $sl(2,\R)$.

Find SimilarView on arXiv

Coloured Hopf algebras and their duals

November 14, 1997

86% Match
C. Quesne
Quantum Algebra

Coloured Hopf algebras, related to the coloured Yang-Baxter equation, are reviewed, as well as their duals. The special case of coloured quantum universal enveloping algebras provides a coloured extension of Drinfeld and Jimbo formalism. The universal $\cal T$-matrix is then generalized to the coloured context, and shown to lead to an algebraic formulation of the coloured RTT-relations, previously proposed by Basu-Mallick as part of a coloured extension of Faddeev, Reshetikhi...

Find SimilarView on arXiv

Coloured quantum universal enveloping algebras

June 2, 1997

86% Match
C. Quesne
Quantum Algebra

We define some new algebraic structures, termed coloured Hopf algebras, by combining the coalgebra structures and antipodes of a standard Hopf algebra set $\cal H$, corresponding to some parameter set $\cal Q$, with the transformations of an algebra isomorphism group $\cal G$, herein called colour group. Such transformations are labelled by some colour parameters, taking values in a colour set $\cal C$. We show that various classes of Hopf algebras, such as almost cocommutati...

Find SimilarView on arXiv

Quasitriangular structures on cocommutative Hopf algebras

June 9, 1997

86% Match
A. A. Davydov
Quantum Algebra

The article is devoted to the describtion of quasitriangular structures (universal R-matrices) on cocommutative Hopf algebras. It is known that such structures are concentrated on finite dimensional Hopf subalgebras. In particular, quasitriangular structure on group algebra is defined by the pairs of normal inclusions of an finite abelian group and by invariant bimultiplicative form on it. The structure is triangular in the case of coinciding inclusions and skewsymmetric form...

Find SimilarView on arXiv

A universal non-quasitriangular quantization of the Heisenberg group

February 22, 1994

86% Match
A. Ballesteros, Enrico Celeghini, F. J. Herranz, ... , Santander M.
Quantum Algebra

A universal R--matrix for the quantum Heisenberg algebra h(1)q is presented. Despite of the non--quasitriangularity of this Hopf algebra, the quantum group induced from it coincides with the quasitriangular deformation already known.

Find SimilarView on arXiv

On the Construction of Trigonometric Solutions of the Yang-Baxter Equation

May 5, 1994

85% Match
Gustav W. Delius, Mark D. Gould, Yao-Zhong Zhang
High Energy Physics - Theory

We describe the construction of trigonometric R-matrices corresponding to the (multiplicity-free) tensor product of any two irreducible representations of a quantum algebra $U_q(\G)$. Our method is a generalization of the tensor product graph method to the case of two different representations. It yields the decomposition of the R-matrix into projection operators. Many new examples of trigonometric R-matrices (solutions to the spectral parameter dependent Yang-Baxter equation...

Find SimilarView on arXiv