Canonical Formulation of $O(N)$ Vector/Higher Spin Correspondence
Robert de Mello Koch, Antal Jevicki, Jo\~ao P. Rodrigues, Junggi, Yoon
TL;DR
This paper develops a canonical framework for the Vector Model/Higher Spin Duality in AdS4, constructing bulk higher spin fields via a bi-local map and establishing the Hamiltonian and canonical structure to all orders in 1/N.
Contribution
It introduces a canonical formulation of the duality, providing a systematic construction of bulk higher spin fields and their Hamiltonian structure.
Findings
Canonical structure established to all orders in 1/N.
Bulk higher spin fields constructed via a bi-local map.
Hamiltonian formalism developed for the duality.
Abstract
We discuss the canonical structure of the collective formulation of Vector Model/Higher Spin Duality in AdS. This involves a construction of bulk AdS Higher Spin fields through a time-like bi-local Map, with a Hamiltonian and canonical structure which are established to all orders in .
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