Non-linear sigma models with anti-de Sitter target spaces

We present evidence that there is a non-trivial fixed point for the AdS D + 1 non-linear sigma model in two dimensions, without any matter fields or additional couplings beyond the standard quadratic action subject to a quadratic constraint. A zero of the beta function, both in the bosonic and super...

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Published inNuclear physics. B Vol. 750; no. 3; pp. 111 - 141
Main Authors Friess, Joshua J., Gubser, Steven S.
Format Journal Article
LanguageEnglish
Published Elsevier B.V 28.08.2006
Online AccessGet full text
ISSN0550-3213
1873-1562
DOI10.1016/j.nuclphysb.2006.05.008

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Abstract We present evidence that there is a non-trivial fixed point for the AdS D + 1 non-linear sigma model in two dimensions, without any matter fields or additional couplings beyond the standard quadratic action subject to a quadratic constraint. A zero of the beta function, both in the bosonic and supersymmetric cases, appears to arise from competition between one-loop and higher loop effects. A string vacuum based on such a fixed point would have string scale curvature. The evidence presented is based on fixed-order calculations carried to four loops (corresponding to O ( α ′ 3 ) in the spacetime effective action) and on large D calculations carried to O ( D −2 ) (but to all orders in α ′ ). We discuss ways in which the evidence might be misleading, and we discuss some features of the putative fixed point, including the central charge and an operator of negative dimension. We speculate that an approximately AdS 5 version of this construction may provide a holographic dual for pure Yang–Mills theory, and that quotients of an AdS 3 version might stand in for Calabi–Yau manifolds in compactifications to four dimensions.
AbstractList We present evidence that there is a non-trivial fixed point for the AdS D + 1 non-linear sigma model in two dimensions, without any matter fields or additional couplings beyond the standard quadratic action subject to a quadratic constraint. A zero of the beta function, both in the bosonic and supersymmetric cases, appears to arise from competition between one-loop and higher loop effects. A string vacuum based on such a fixed point would have string scale curvature. The evidence presented is based on fixed-order calculations carried to four loops (corresponding to O ( α ′ 3 ) in the spacetime effective action) and on large D calculations carried to O ( D −2 ) (but to all orders in α ′ ). We discuss ways in which the evidence might be misleading, and we discuss some features of the putative fixed point, including the central charge and an operator of negative dimension. We speculate that an approximately AdS 5 version of this construction may provide a holographic dual for pure Yang–Mills theory, and that quotients of an AdS 3 version might stand in for Calabi–Yau manifolds in compactifications to four dimensions.
Author Gubser, Steven S.
Friess, Joshua J.
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Snippet We present evidence that there is a non-trivial fixed point for the AdS D + 1 non-linear sigma model in two dimensions, without any matter fields or additional...
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