Gravity from CFT on $S^N(X)$ CFT: Symmetries and Interactions

Details Gravity from CFT on $S^N(X)$ CFT: Symmetries and Interactions Gravity from CFT on $S^N(X)$ CFT: Symmetries and Interactions

1999-07-17

arxiv.org/abs/hep-th/9907144v1

Nucl.Phys. B577 (2000) 47-72

Physics

High Energy Physics

High Energy Physics - Theory

32 pages in harvmac big

Scientific paper

10.1016/S0550-3213(00)00147-4

The orbifold CFT dual to string theory on $ADS_3 \times S^3$ allows a construction of gravitational actions based on collective field techniques. We describe a fundamental role played by a Lie algebra constructed from chiral primaries and their CFT conjugates. The leading terms in the algebra at large $N$ are derived from the computation of chiral primary correlation functions. The algebra is argued to determine the dynamics of the theory, its representations provide free and interacting hamiltonians for chiral primaries. This dynamics is seen to be given by an effective one plus one dimensional field theory. The structure of the algebra and its representations shows qualitatively new features associated with thresholds at $L_0= N$, $ L_0 = N/2$ and $L_0=N/4$, which are related to the stringy exclusion principle and to black holes. We observe relations between fusion rules of $SU_q(2|1,1)$ for $q = e^{i \pi / {N+1}} $, and the correlation functions, which provide further evidence for a non-commutative spacetime.

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