24,049 research outputs found

    The Status of Alien Corporations in the Law of The United States

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    Outside Salesmen and the Workmen\u27s Compensation Act

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    Integrable nonlinear field equations and loop algebra structures

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    We apply the (direct and inverse) prolongation method to a couple of nonlinear Schr{\"o}dinger equations. These are taken as a laboratory field model for analyzing the existence of a connection between the integrability property and loop algebras. Exploiting a realization of the Kac-Moody type of the incomplete prolongation algebra associated with the system under consideration, we develop a procedure with allows us to generate a new class of integrable nonlinear field equations containing the original ones as a special case.Comment: 13 pages, latex, no figures

    Blackboard Teaching and Learning Conference 2010

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    Surprises in the phase diagram of an Anderson impurity model for a single C60n−_{60}^{n-} molecule

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    We find by Wilson numerical renormalization group and conformal field theory that a three-orbital Anderson impurity model for a C60n−_{60}^{n-} molecule has a very rich phase diagram which includes non-Fermi-liquid stable and unstable fixed points with interesting properties, most notably high sensitivity to doping nn. We discuss the implications of our results to the conductance behavior of C60_{60}-based single-molecule transistor devices.Comment: 4 pages, 3 figures, 2 tables. Accepted versio

    Right eigenvalue equation in quaternionic quantum mechanics

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    We study the right eigenvalue equation for quaternionic and complex linear matrix operators defined in n-dimensional quaternionic vector spaces. For quaternionic linear operators the eigenvalue spectrum consists of n complex values. For these operators we give a necessary and sufficient condition for the diagonalization of their quaternionic matrix representations. Our discussion is also extended to complex linear operators, whose spectrum is characterized by 2n complex eigenvalues. We show that a consistent analysis of the eigenvalue problem for complex linear operators requires the choice of a complex geometry in defining inner products. Finally, we introduce some examples of the left eigenvalue equations and highlight the main difficulties in their solution.Comment: 24 pages, AMS-Te
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