Spin(2,d)

E590885

Spin(2,d) is the double-covering spin group of SO(2,d), serving as the relevant symmetry group for spinor fields in (d+1)-dimensional anti-de Sitter space.

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Statements (48)

Predicate Object
instanceOf Lie group
double cover
spin group
universal covering group
actsOn spinor fields on AdS_{d+1}
containsSubgroup Spin(2) NERFINISHED
Spin(d)
covers SO(2,d) NERFINISHED
generalizes Spin(2,2) (AdS_{3} spin group) NERFINISHED
Spin(2,3) (AdS_{4} spin group) NERFINISHED
Spin(2,4) (AdS_{5} spin group)
hasCenter \mathbb{Z}_{2} (for generic d)
hasDimension (d+2)(d+1)/2
hasFundamentalRepresentation spinor representation
hasLieAlgebra \mathfrak{so}(2,d)
hasMaximalCompactSubgroup Spin(2)\times Spin(d) NERFINISHED
hasProjectiveRepresentation conformal group of d-dimensional Minkowski space
hasRank \min(2,d)
hasSignature (2,d)
hasTopology same as universal cover of SO(2,d)_{0}
isCompact false
isConformalGroupOf d-dimensional Minkowski space at the spin level
isConnected true
isCoveringGroupOf SO(2,d)_{0} NERFINISHED
isDefinedAs \{x\in Cl^{0}(2,d)\mid x V x^{-1}=V,\ \forall V\subset \mathbb{R}^{2,d}\}
isDefinedOver \mathbb{R}
isDoubleCoverOf SO(2,d) NERFINISHED
isGlobalSymmetryOf free spinor fields on AdS_{d+1}
isIdentityComponentOf Pin(2,d) NERFINISHED
isIsometryGroupOf a space of signature (2,d) at the spin level
spin structure on AdS_{d+1}
isLocallyIsomorphicTo SO(2,d) NERFINISHED
isNonAbelian true
isPartOf AdS_{d+1} isometry supergroup in supersymmetric theories
isRealFormOf Spin(d+2,\mathbb{C})
isReductive true
isSemisimple true
isSimplyConnected true
isSubgroupOf Cl(2,d)^{\times}
Pin(2,d)
isSymmetryGroupOf spinor fields in (d+1)-dimensional anti-de Sitter space
isUniversalCoverOf SO(2,d)^{ ext{connected}}
isUsedIn AdS/CFT correspondence NERFINISHED
higher-spin gauge theories on AdS_{d+1}
supergravity on AdS_{d+1} NERFINISHED
isUsedToDefine spin structures on AdS_{d+1}
preserves quadratic form of signature (2,d)
relatesTo Clifford algebra Cl(2,d) NERFINISHED

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.