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19912006
most citedGeneral boundary conditions for the sl(N) and sl(M|N) open spin chains

66 citations · 666 across the 45 of their papers we have counts for

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45 papers

math.QA2006

Sugawara and vertex operator constructions for deformed Virasoro algebras

D. Arnaudon, J. Avan, L. Frappat +2

From the defining exchange relations of the A_{q,p}(gl_{N}) elliptic quantum algebra, we construct subalgebras which can be characterized as q-deformed W_N algebras. The consistenc…

math.QA2006★ 5 cited

Exotic Bialgebra S03: Representations, Baxterisation and Applications

D. Arnaudon, A. Chakrabarti, V. K. Dobrev +1

The exotic bialgebra S03, defined by a solution of the Yang-Baxter equation, which is not a deformation of the trivial, is considered. Its FRT dual algebra is studied. The…

math-ph2005★ 46 cited

Spectrum and Bethe ansatz equations for the U_ {q}(gl(N)) closed and open spin chains in any representation

D. Arnaudon, N. Crampe, A. Doikou +2

We consider the N-site U_{q}(gl(N)) integrable spin chain with periodic and open diagonal soliton-preserving boundary conditions. By employing analytical Bethe ansatz techniques we…

math.QA2005★ 60 cited

On the R-matrix realization of Yangians and their representations

D. Arnaudon, A. Molev, E. Ragoucy

We study the Yangians Y(a) associated with the simple Lie algebras a of type B, C or D. The algebra Y(a) can be regarded as a quotient of the extended Yangian X(a) whose defining r…

math-ph2005★ 4 cited

Analytical Bethe ansatz in gl(N) spin chains

D. Arnaudon, N. Crampe, A. Doikou +2

We present a global treatment of the analytical Bethe ansatz for gl(N) spin chains admitting on each site an arbitrary representation. The method applies for closed and open spin c…

math-ph2005★ 17 cited

Analytical Bethe Ansatz for open spin chains with soliton non preserving boundary conditions

D. Arnaudon, N. Crampe, A. Doikou +2

We present an ``algebraic treatment'' of the analytical Bethe ansatz for open spin chains with soliton non preserving (SNP) boundary conditions. For this purpose, we introduce abst…