Critical phenomena of gravitating monopoles in the spacetime of a global monopole

Abstract

We present a numerical study of critical phenomena (including the Lue-Weinberg phenomenon) arising for gravitating monopoles in a global monopole spacetime. The equations of this model have been recently studied by Spinelly et al. in a domain of parameter space away from the critical points.

9 Revtex pages, 5 ps-figures; new results added; introduction extended

References in corpus (1)

• Gravitating Magnetic Monopole in the Global Monopole Spacetime

Cited by in corpus (10)

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• de Sitter/ Anti-de Sitter global monopoles
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• Exotic composites: the decay of deficit angles in global-local monopoles
• Vacuum Polarization of a Massless Scalar Field in the Background of a Global Monopole with Finite Core
• Non-Abelian Wormholes Threaded by a Yang-Mills-Higgs Field beyond the BPS Limit
• Interaction of global and local monopoles
• Fermionic vacuum polarization in higher-dimensional global monopole spacetime
• Comment on 'Gravitating magnetic monopole in the global monopole spacetime'
• Localising gravity in composite monopole brane worlds without bulk cosmological constant