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ZhETF, Vol. 147, No. 3, p. 514 (March 2015)
(English translation - JETP, Vol. 120, No. 3, March 2015 available online at )

Barvinsky A.O.

Received: October 20, 2014

DOI: 10.7868/S0044451015030131

DJVU (142K) PDF (272.3K)

We suggest that the principle of holographic duality can be extended beyond conformal invariance and AdS isometry. Such an extension is based on a special relation between functional determinants of the operators acting in the bulk and on its boundary, provided that the boundary operator represents the inverse propagators of the theory induced on the boundary by the Dirichlet boundary value problem in the bulk spacetime. This relation holds for operators of a general spin-tensor structure on generic manifolds with boundaries irrespective of their background geometry and conformal invariance, and it apparently underlies numerous O(N0) tests of the AdS/CFT correspondence, based on direct calculation of the bulk and boundary partition functions, Casimir energies, and conformal anomalies. The generalized holographic duality is discussed within the concept of the ``double-trace'' deformation of the boundary theory, which is responsible in the case of large-N CFT coupled to the tower of higher-spin gauge fields for the renormalization group flow between infrared and ultraviolet fixed points. Potential extension of this method beyond the one-loop order is also briefly discussed. Contribution for the JETP special issue in honor of V. A. Rubakov's 60th birthday

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