Solution of Contraction Equations for the Pauli Grading of sl(3,C)
We consider the Pauli grading of the Lie algebra sl(3,C) and use a concept of graded contractions to construct non-isomorphic
17 indexed results
We consider the Pauli grading of the Lie algebra sl(3,C) and use a concept of graded contractions to construct non-isomorphic
The Z_2^n gradings of the classical Lie algebras are described. To elucidate the grading, the classical Lie algebras are expressed
We study the local cohomology modules H^i_B(R) for a reduced monomial ideal B in a polynomial ring R=k[X_1,...,X_n]. We consider
In the present paper we obtain some integrable generalisations of the continuous Toda system generated by a flat connection form
Multiplicative Unitaries are described in terms of a pair of commuting shifts of relative depth two. They can be generated
The generalized massive Thirring model (GMT) with $N_{f}$[=number of positive roots of $su(n)$] fermion species is bosonized in the context
We show that the grading of fields by conformal weight, when built into the initial group symmetry, provides a discrete,
The grading operators for all nonequivalent Z-gradations of classical Lie algebras are represented in the explicit block matrix form. The
A general construction of affine Non Abelian Toda models in terms of gauged two loop WZNW model is discussed. Its
We explore the embedding of Spin groups of arbitrary dimension and signature into simple superalgebras in the case of extended
We investigate the W-algebra resulting from Drinfel'd-Sokolov reduction of a $B_2$ WZW model with respect to the grading induced by
We study conditions on the topological D-branes of types A and B obtained by requiring a proper matching of the
The homotopical information hidden in a supersymmetric structure is revealed by considering deformations of a configuration manifold. This is in
All exactly integrable systems connected with the semisimple algebras of the second rank with an arbitrary choice of the grading
A well-known result of Kostant gives a description of the G-module structure for the exterior algebra of Lie algebra $\frak
We introduce a general method in order to construct the non chiral fusion rules which determine the operator content of
A simple algebraic model for charged particle moving in two dimensional space under influence of singular magnetic field is given.