sigma05-012. 223KB Jun 04 2011 12:09:46 AM
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When exponential tightness fails, but assuming X locally compact regular (not necessarily Hausdorff) and A an algebra of continuous functions vanishing at infinity which separates
This soliton preserves two of the sixteen supersymmetries and hence corresponds to N = 1 space-time supersymmetry in (2 + 1) dimensions transverse to the seven dimensions where
From its admitted symmetries or multipliers for conservation laws, one can determine whether or not a given system of differential equations can be linearized by an
The method of reduction of order was used very effectively by Nucci [ 38 ] to obtain the complete symmetry group for the Kepler Problem, the representation of which is mainly in
In this paper, using a particular example of soliton potentials, we show that the method of SUSY QM is very helpful for finding exact propagators for Hamiltonians related by SUSY
The main purpose of this paper is to discuss a common property of certain classes of quasilinear differential equations, namely: a Lie point symmetry of the considered equation is
It is not surprising, because the equation can be integrated by the inverse scattering method or, in other words, it is S-integrable, it is well known in the case of
• The integration of equation ( 2 ), which is a feature of the calculation of the symmetries of all linear ordinary differential equations of maximal symmetry [10], by means of
