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12–16 Dec 2022
IISER Mohali
Asia/Kolkata timezone

Evidence for Boundary Quantum Gravity: Aspects of a Bulk Geometric Torsion

13 Dec 2022, 14:00
1h
LHC Foyer (IISER Mohali)

LHC Foyer

IISER Mohali

Lecture Hall Complex, IISER Mohali, Sector 81, Knowledge city, SAS Nagar, Punjab, India
Poster Poster - 2

Speaker

Mr Rohit K. Gupta (University of Delhi)

Description

We revisit an alternate gauge theoretic formulation leading to emergent gravity scenarios with renewed interest. The generic perspective of bulk/boundary correspondence is exploited to ensure the boundary aspects of quantum gravity from a bulk gauge theory. In addition to the extremal multi-black holes, we show that the non-extremal a charged black hole is also governed by multi-black holes in an emergent gravity framework. The unique topological quantum correction is worked out explicitly to ensure the multi-black holes underlying the quantum gravity. The analysis underlying the new theoretical tool is believed to unfold an origin of dark energy in the Universe.
1Corresponding author.

Session Formal Theory

Primary author

Mr Rohit K. Gupta (University of Delhi)

Co-authors

Ms Monika Verma (Univerisity of Delhi) Dr Nitish Rang (University of Delhi) Prof. Supriya Kar (University of Deldi)

Presentation materials

There are no materials yet.