Horizon Geometry, Duality and Fixed scalars in Six Dimensions
L. Andrianopoli, R. D'Auria, S. Ferrara, M.A. Lledo
TL;DR
This paper explores extremizing tension for BPS strings in six-dimensional supergravity, providing formulas for fixed scalars and discussing degenerate directions, with implications for boundary conformal field theories.
Contribution
It introduces general formulas for fixed scalars in six-dimensional supergravities and discusses the role of quantized moduli in relation to AdS/CFT correspondence.
Findings
Derived formulas for fixed scalars in D=6 supergravity.
Analyzed degenerate directions in scalar moduli space.
Linked quantized moduli to boundary conformal field theories.
Abstract
We consider the problem of extremizing the tension for BPS strings in D=6 supergravities with different number of supersymmetries. General formulae for fixed scalars and a discussion of degenerate directions is given. Quantized moduli, according to recent analysis, are supposed to be related to conformal field theories which are the boundary of three dimensional anti-de Sitter space time.
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