| Holography in the gravitational wave era |
David Mateos (Barcelona) |
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| Renormalization Group and Approximate Error Correction |
Nima Lashkari (Purdue) |
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| Chern-Simons Partition Functions on Handlebodies |
Cedric Yu (UK) |
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| Harmonic analysis for CFT partition functions |
Scott Collier |
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| Multipole Insulators and Higher-Form symmetries |
Oleg Dubinkin (UIUC) |
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| The volume of the black hole interior at late times |
Mark Mezei (Stony Brook) |
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| Calabi-Yau CFTs and Random Matrices |
Clay Cordova (U. Chicago) |
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| Three tales of de Sitter |
Shota Komatsu (CERN) |
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| Holographic dual of generalized symmetry, mixed anomaly, and interfaces in N = 4 SYM |
Shinji Hirano (U. of Wits) |
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| Submerging islands through thermalization |
Ben Craps (Vrie U. Brussels) |
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| Liouville theory and Matrix models: A Wheeler DeWitt perspective |
Panagiotis Betzios (UBC) |
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| Multi-trace correlators in the SYK model and Non-geometric wormholes |
Micha Berkooz (Weizmann) |
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| Symmetry-resolved entanglement in AdS3/CFT2 |
Suting Zhao (U. of Wurzburg) |
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| Quantum gravity meets statistical physics |
Jan de Boer |
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| An equilibrium approximation for quantum-informational observables in quantum many-body systems and gravity |
Shreya Vardhan (MIT) |
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| Complexity and modular flows: Relating quantum information, quantum field theory and gravity |
Johanna Erdmenger |
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| Quantum computing for bosonic fields |
Andrei Alexandru (Gerorge Washington U.) |
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| Holographic correlators at finite temperature |
Murat Kologlu (Oxford) |
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| Large-N limit as a second quantization |
Masanori Hanada (Surrey U.) |
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| On QFT in de Sitter |
Victor Gorbenko |
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| A hierarchy of complexity growth from integrability and chaos |
Arjun Kar (UBC) |
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| Quantum ergodicity and Euclidean Wormholes |
Pranjal Nayak (U. of Geneva) |
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| Derivation of AdS/CFT for Vector Models |
Shai Chester |
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| Crossing symmetric dispersion relations in QFTs and CFTs |
Aninda Sinha (IISc) |
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| Constructing quantum codes from any classical code and their embedding in ground space of local Hamiltonians |
Ramis Movassagh (MIT-IBM) |
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