On the Spatial Structure of Monopoles

Abstract

We study the spatial structure of 1/4 BPS solitons in 4 dimensional N=4 gauge theory. A weak binding approximation is used where the soliton is made of several "ingredient" particles. Some spatial moduli are described which are not accounted for in the (p,q) web picture. These moduli are counted and their effect on the solutions is demonstrated. The potential for off BPS configurations is estimated by a simple expression and is found to agree with previous expressions. We discuss the fermionic zero modes of the solitons, and find agreement with web predictions.

25 pages, 7 figures, LaTeX2e

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Cited by in corpus (8)

• Wild Wall Crossing and BPS Giants
• Marginal Stability and the Metamorphosis of BPS States
• String Webs from Field Theory
• Thermal Monopoles
• On the internal structure of dyons in $\mathcal{N}=4$ super Yang-Mills theories
• Fermions in Bosonic String Theories
• Zero-Mode Dynamics of String Webs
• M5-brane prongs, string soliton bound states and wall-crossing