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AbstractAbstract
[en] In this paper we study the Bogomol'nyi equations of the electroweak theory in the full plane. We will show that, for any distribution of the vortices, there exists a two parameter family of gauge-distinct solutions. Moreover, we also establish some sharp decay rate estimates for these solutions. (orig.)
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GRANT DMS-88-02858; DE-FG02-86ER250125
Record Type
Journal Article
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ANALYTICAL SOLUTION, ASYMPTOTIC SOLUTIONS, ENERGY DENSITY, EUCLIDEAN SPACE, FIELD EQUATIONS, FUNCTIONALS, GAUGE INVARIANCE, LAGRANGE EQUATIONS, LAGRANGIAN FIELD THEORY, MANY-BODY PROBLEM, REST MASS, SCALAR FIELDS, SO-3 GROUPS, TWO-DIMENSIONAL CALCULATIONS, VECTOR FIELDS, VORTICES, WEINBERG LEPTON MODEL
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