Supersymmetric Fivebrane Solitons
Jerome P. Gauntlett, Neil D. Lambert, Peter C. West
TL;DR
This paper investigates supersymmetric soliton solutions in the fivebrane worldvolume theory of M-theory, introducing new solutions involving calibrated surfaces, self-dual strings, and instantons to deepen understanding of non-perturbative effects.
Contribution
It constructs novel supersymmetric soliton solutions in D=11 fivebrane theory, combining calibrated surfaces, self-dual strings, and instantons, expanding the known solution space.
Findings
New supersymmetric soliton solutions involving calibrated surfaces.
Solutions include superpositions of self-dual strings and instantons.
Enhanced understanding of non-perturbative structures in M-theory fivebranes.
Abstract
We study the conditions for the fivebrane worldvolume theory in D=11 to admit supersymmetric solitons with non-vanishing self-dual three-form. We construct some new soliton solutions consisting of ``superpositions'' of calibrated surfaces, self-dual strings and instantons.
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Taxonomy
TopicsNonlinear Waves and Solitons · Advanced Topics in Algebra · Algebraic structures and combinatorial models