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Monopole-antimonopole pair dyons

Monopole-antimonopole pair dyons
Monopole-antimonopole pair dyons
Monopole‐antimonopole pair dyons are presented. The dyons possess opposite magnetic charge but carry the same electric charge. These stationary dyons possess finite energy. However they do not satisfy the first order Bogomol’nyi equations and are non‐BPS solutions. They are axially symmetric and are characterized by a parameter, −1⩽η⩽1−1⩽η⩽1 which determines the net electric charges of these dyons. These dyon solutions are solved numerically when the magnetic charge of the dipoles are n = ±1,n = ±1, ±2±2 for both vanishing and non‐vanishing strength of the Higgs field potential. When λ = 0,λ = 0, the dipole separation, total energy and net electric charge of the dyons increase exponentially fast to infinity when η approaches ±1.±1. However, when λ = 1,λ = 1, all these three quantities approach finite critical values as η approaches ±1.
monopole-antimonopole, dyon, critical electric charge
5
5-11
AIP Publishing
Lim, Kok-Geng
927dad30-b19f-4376-8650-cdb1cbdd29b1
Teh, Rosy
f60ba267-5c55-413b-81be-1762fb09c097
Wong, Khai-Ming
6c8ce6e0-2e4a-4b6e-a7e5-5850e8c29fec
Lim, Kok-Geng
927dad30-b19f-4376-8650-cdb1cbdd29b1
Teh, Rosy
f60ba267-5c55-413b-81be-1762fb09c097
Wong, Khai-Ming
6c8ce6e0-2e4a-4b6e-a7e5-5850e8c29fec

Lim, Kok-Geng, Teh, Rosy and Wong, Khai-Ming (2011) Monopole-antimonopole pair dyons. In, Malaysia Annual Physics Conference 2010 (PERFIK-2010). (AIP Conference Proceedings, 5, 1328) Melville. AIP Publishing, pp. 5-11. (doi:10.1063/1.3573677).

Record type: Book Section

Abstract

Monopole‐antimonopole pair dyons are presented. The dyons possess opposite magnetic charge but carry the same electric charge. These stationary dyons possess finite energy. However they do not satisfy the first order Bogomol’nyi equations and are non‐BPS solutions. They are axially symmetric and are characterized by a parameter, −1⩽η⩽1−1⩽η⩽1 which determines the net electric charges of these dyons. These dyon solutions are solved numerically when the magnetic charge of the dipoles are n = ±1,n = ±1, ±2±2 for both vanishing and non‐vanishing strength of the Higgs field potential. When λ = 0,λ = 0, the dipole separation, total energy and net electric charge of the dyons increase exponentially fast to infinity when η approaches ±1.±1. However, when λ = 1,λ = 1, all these three quantities approach finite critical values as η approaches ±1.

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e-pub ahead of print date: 23 May 2011
Published date: 2011
Keywords: monopole-antimonopole, dyon, critical electric charge

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Local EPrints ID: 422943
URI: http://eprints.soton.ac.uk/id/eprint/422943
PURE UUID: dc5e517a-c6b1-49b0-a87a-24d58478aaad

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Date deposited: 08 Aug 2018 16:30
Last modified: 15 Mar 2024 21:09

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Contributors

Author: Kok-Geng Lim
Author: Rosy Teh
Author: Khai-Ming Wong

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