Finite-N Holography - Supersymmetry and Modularity in Gravity

Explore the intricacies of finite-N holography, supersymmetry, and modularity in gravity through this 48-minute conference talk by Sameer Murthy from King's College London. Delivered as part of the "Gravity from algebra: modern field theory methods for holography" conference at the Kavli Institute for Theoretical Physics, delve into cutting-edge developments in conformal field theory and their applications to holography and quantum gravity. Examine how consistency conditions in quantum gravity relate to those in conformal field theory, and investigate the potential connections to string/M-theory. Gain insights into topics such as large N bootstrap, holographic CFTs, gravitational effective field theory, supersymmetry in holography, low-dimensional holography, modularity, quantum chaos, black holes, and the relationship between S-matrices and CFT correlators in the context of AdS holography.

Finite-N holography: supersymmetry and modularity in gravity ▸ Sameer Murthy (KCL)