Talk detail

Participant	Gomes, Henrique de Andrade Gomes
Institution	University of California, Davis - 1635 Martin Luther King Junior Way, Ap 5 - Berkeley - California - USA

Session	QG1	Accepted	Yes	Order	1	Time	14:00 - 14:20
Talk	Oral abstract	Title	Gauge/gravity holography for non- asymptotically AdS spacetimes using Shape Dynamics
Co-authors	Tim Koslowski, Lee Smolin, Flavio Mercati, Sean Gryb
Abstract	Shape Dynamics is a theory dynamically equivalent to general relativity under some mild restrictions, but with a different set of symmetries, namely, it possesses dilatational symmetry as opposed to refoliation symmetry. Gauge/gravity holographic dualities relate a near boundary expansion of the metric in asymptotically AdS spacetimes in general relativity with a conformal theory at the boundary. It works explicitly only for asymptotically AdS, and for certain very restricted class of spacetime topologies. Using Shape Dynamics we construct a duality which matches that of the usual holographic treatment where the latter applies, but which, in a more adapted conceptual setting, can also be applied to general topologies and does not restrict to asymptotically AdS.

Session	OC4	Accepted	No	Order		Time
Talk	Oral abstract	Title	Gauge/gravity holography for non- asymptotically AdS spacetimes using Shape Dynamics
Co-authors	Tim Koslowski, Lee Smolin, Flavio Mercati, Sean Gryb
Abstract	Shape Dynamics is a theory dynamically equivalent to general relativity under some mild restrictions, but with a different set of symmetries, namely, it possesses dilatational symmetry as opposed to refoliation symmetry. Gauge/gravity holographic dualities relate a near boundary expansion of the metric in asymptotically AdS spacetimes in general relativity with a conformal theory at the boundary. It works explicitly only for asymptotically AdS, and for certain very restricted class of spacetime topologies. Using Shape Dynamics we construct a duality which matches that of the usual holographic treatment where the latter applies, but which, in a more adapted conceptual setting, can also be applied to general topologies and does not restrict to asymptotically AdS.

Session	AT4	Accepted	Yes	Order	6	Time		15'
Talk	Oral abstract	Title	Gauge/gravity holography for non- asymptotically AdS spacetimes using Shape Dynamics
Co-authors	Tim Koslowski, Lee Smolin, Flavio Mercati, Sean Gryb
Abstract	Shape Dynamics is a theory dynamically equivalent to general relativity under some mild restrictions, but with a different set of symmetries, namely, it possesses dilatational symmetry as opposed to refoliation symmetry. Gauge/gravity holographic dualities relate a near boundary expansion of the metric in asymptotically AdS spacetimes in general relativity with a conformal theory at the boundary. Using Shape Dynamics we construct a duality which matches that of the usual holographic treatment where the latter applies, but which, in a more adapted conceptual setting, does not require the usual properties of the near-boundary expansion of asymptotically AdS spacetimes.

Session	GT3	Accepted	Yes	Order	3	Time	14:30
Talk	Oral abstract	Title	Gauge/gravity holography for non- asymptotically AdS spacetimes using Shape Dynamics
Co-authors	Tim Koslowski, Lee Smolin, Flavio Mercati, Sean Gryb
Abstract	Shape Dynamics is a theory dynamically equivalent to general relativity under some mild restrictions, but with a different set of symmetries, namely, it possesses dilatational symmetry as opposed to refoliation symmetry. Gauge/gravity holographic dualities relate a near boundary expansion of the metric in asymptotically AdS spacetimes in general relativity with a conformal theory at the boundary. It works explicitly only for asymptotically AdS, and for certain very restricted class of spacetime topologies. Using Shape Dynamics we construct a duality which matches that of the usual holographic treatment where the latter applies, but which, in a more adapted conceptual setting, can also be applied to general topologies and does not restrict to asymptotically AdS.