Can the holographic principle be extended beyond the well-known AdS/CFT correspondence? During the last couple of years, there has been a substantial amount of research trying to find answers for this question. In this work, we provide a review of recent developments of three-dimensional theories of gravity with higher spin symmetries. We focus in particular on a proposed holographic duality involving asymptotically flat spacetimes and higher spin extended bms 3 symmetries. In addition, we also discuss developments concerning relativistic and nonrelativistic higher spin algebras. As a special case, Carroll gravity will be discussed in detail.SCOPUS: re.jinfo:eu-repo/semantics/publishe
In this article we study the higher-spin algebra behind the type-A cubic couplings recently extracte...
Abstract:We propose holographic dualities between higher spin gravity theories extended with Chan-Pa...
We initiate the study of non- and ultra-relativistic higher spin theories. For sake of simplicity we...
Can the holographic principle be extended beyond the well-known AdS/CFT correspondence? During the l...
Can the holographic principle be extended beyond the well-known AdS/CFT correspondence? During the l...
This thesis deals with the application of the holographic principle to asymptotically flat spacetime...
We provide a holographic description of two-dimensional dilaton gravity with Anti-de Sitter boundary...
In this talk, we present some direct evidences of the Higher Spin/Vector Model correspondence. There...
International audienceWe aim at formulating a higher-spin gravity theory around AdS$_{2}$ relevant f...
In this thesis, I explore various aspects of quantum gravity in three dimensions from the perspectiv...
This review is an elaboration of recent results on the holographic re-construction of metric-like in...
We investigate the physical content of three-dimensional higher spin gravity, a sophisticated toy mo...
In this thesis, we study the effects of massless higher spin fields in three-dimensional gravity with...
This thesis studies some consequences of including massless higher spin fields to gravitational theo...
I review recent work on the holographic relation between higher-spin theories in Anti-de Sitter spac...
In this article we study the higher-spin algebra behind the type-A cubic couplings recently extracte...
Abstract:We propose holographic dualities between higher spin gravity theories extended with Chan-Pa...
We initiate the study of non- and ultra-relativistic higher spin theories. For sake of simplicity we...
Can the holographic principle be extended beyond the well-known AdS/CFT correspondence? During the l...
Can the holographic principle be extended beyond the well-known AdS/CFT correspondence? During the l...
This thesis deals with the application of the holographic principle to asymptotically flat spacetime...
We provide a holographic description of two-dimensional dilaton gravity with Anti-de Sitter boundary...
In this talk, we present some direct evidences of the Higher Spin/Vector Model correspondence. There...
International audienceWe aim at formulating a higher-spin gravity theory around AdS$_{2}$ relevant f...
In this thesis, I explore various aspects of quantum gravity in three dimensions from the perspectiv...
This review is an elaboration of recent results on the holographic re-construction of metric-like in...
We investigate the physical content of three-dimensional higher spin gravity, a sophisticated toy mo...
In this thesis, we study the effects of massless higher spin fields in three-dimensional gravity with...
This thesis studies some consequences of including massless higher spin fields to gravitational theo...
I review recent work on the holographic relation between higher-spin theories in Anti-de Sitter spac...
In this article we study the higher-spin algebra behind the type-A cubic couplings recently extracte...
Abstract:We propose holographic dualities between higher spin gravity theories extended with Chan-Pa...
We initiate the study of non- and ultra-relativistic higher spin theories. For sake of simplicity we...