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Classification of solutions of elliptic equations arising from a gravitational O(3) gauge field model

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Abstract In this paper, we study an elliptic equation arising from the self-dual Maxwell gauged O ( 3 ) sigma model coupled with gravity. When the parameter τ equals 1… Click to show full abstract

Abstract In this paper, we study an elliptic equation arising from the self-dual Maxwell gauged O ( 3 ) sigma model coupled with gravity. When the parameter τ equals 1 and there is only one singular source, we consider radially symmetric solutions. There appear three important constants: a positive parameter a representing a scaled gravitational constant, a nonnegative integer N 1 representing the total string number, and a nonnegative integer N 2 representing the total anti-string number. The values of the products a N 1 , a N 2 ∈ [ 0 , ∞ ) play a crucial role in classifying radial solutions. By using the decay rates of solutions at infinity, we provide a complete classification of solutions for all possible values of a N 1 and a N 2 . This improves previously known results.

Keywords: elliptic equations; equations arising; model; solutions elliptic; classification solutions

Journal Title: Journal of Differential Equations
Year Published: 2018

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