Enhancement of Supersymmetry Near 5d Black Hole Horizon

Geometric Killing spinors which exist on AdS_{p+2} X S^{d-p-2} sometimes may be identified with supersymmetric Killing spinors. This explains the enhancement of unbroken supersymmetry near the p-brane horizon in d dimensions. The corresponding p-brane interpolates between two maximally supersymmetri...

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Detalles Bibliográficos
Autores principales: Chamseddine, Ali H., Ferrara, Sergio, Gibbons, Gary W., Kallosh, Renata
Lenguaje:eng
Publicado: 1996
Materias:
Particle Physics - Theory
Acceso en línea:https://dx.doi.org/10.1103/PhysRevD.55.3647
http://cds.cern.ch/record/313243
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author Chamseddine, Ali H.
Ferrara, Sergio
Gibbons, Gary W.
Kallosh, Renata
author_facet Chamseddine, Ali H.
Ferrara, Sergio
Gibbons, Gary W.
Kallosh, Renata
author_sort Chamseddine, Ali H.
collection CERN
description Geometric Killing spinors which exist on AdS_{p+2} X S^{d-p-2} sometimes may be identified with supersymmetric Killing spinors. This explains the enhancement of unbroken supersymmetry near the p-brane horizon in d dimensions. The corresponding p-brane interpolates between two maximally supersymmetric vacua, at infinity and at the horizon. New case is studied here: p=0, d=5. The details of supersymmetric version of the very special geometry are presented. We find the area-entropy formula of the supersymmetric 5d black holes via the volume of S^3 which depends on charges and intersection matrix.
id cern-313243
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1996
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spelling cern-3132432023-03-14T19:28:55Zdoi:10.1103/PhysRevD.55.3647http://cds.cern.ch/record/313243engChamseddine, Ali H.Ferrara, SergioGibbons, Gary W.Kallosh, RenataEnhancement of Supersymmetry Near 5d Black Hole HorizonParticle Physics - TheoryGeometric Killing spinors which exist on AdS_{p+2} X S^{d-p-2} sometimes may be identified with supersymmetric Killing spinors. This explains the enhancement of unbroken supersymmetry near the p-brane horizon in d dimensions. The corresponding p-brane interpolates between two maximally supersymmetric vacua, at infinity and at the horizon. New case is studied here: p=0, d=5. The details of supersymmetric version of the very special geometry are presented. We find the area-entropy formula of the supersymmetric 5d black holes via the volume of S^3 which depends on charges and intersection matrix.Geometric Killing spinors which exist on AdS_{p+2} X S~{d-p-2} sometimes may be identified with supersymmetric Killing spinors. This explains the enhancement of unbroken supersymmetry near the p-brane horizon in d dimensions. The corresponding p-brane interpolates between two maximally supersymmetric vacua, at infinity and at the horizon. New case is studied here: p=0, d=5. The details of supersymmetric version of the very special geometry are presented. We find the area-entropy formula of the supersymmetric 5d black holes via the volume of S~3 which depends on charges and intersection matrix.hep-th/9610155ETH-TH-96-43DAMTP-R-96-48SU-ITP-96-46SU-ITP-96-46ETH-TH-96-43CERN-TH-96-299DAMTP-R-96-48oai:cds.cern.ch:3132431996-10-20
spellingShingle Particle Physics - Theory
Chamseddine, Ali H.
Ferrara, Sergio
Gibbons, Gary W.
Kallosh, Renata
Enhancement of Supersymmetry Near 5d Black Hole Horizon
title Enhancement of Supersymmetry Near 5d Black Hole Horizon
title_full Enhancement of Supersymmetry Near 5d Black Hole Horizon
title_fullStr Enhancement of Supersymmetry Near 5d Black Hole Horizon
title_full_unstemmed Enhancement of Supersymmetry Near 5d Black Hole Horizon
title_short Enhancement of Supersymmetry Near 5d Black Hole Horizon
title_sort enhancement of supersymmetry near 5d black hole horizon
topic Particle Physics - Theory
url https://dx.doi.org/10.1103/PhysRevD.55.3647
http://cds.cern.ch/record/313243
work_keys_str_mv AT chamseddinealih enhancementofsupersymmetrynear5dblackholehorizon
AT ferrarasergio enhancementofsupersymmetrynear5dblackholehorizon
AT gibbonsgaryw enhancementofsupersymmetrynear5dblackholehorizon
AT kalloshrenata enhancementofsupersymmetrynear5dblackholehorizon

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