Matrix Quantum Mechanics for M-theory Revisited

from Monday 8 January 2024 (09:00) to Friday 12 January 2024 (19:00)
CERN (4/3-006)

        : Sessions
    /     : Talks
        : Breaks
8 Jan 2024
9 Jan 2024
10 Jan 2024
11 Jan 2024
12 Jan 2024
AM
09:30 Unified Matrix Theories from Nonrelativistic Strings - Dr Ziqi Yan  
10:45 --- Coffee break ---
11:30 Probing the D0-brane dual gravitational background with the Berkooz-Douglas Matrix Model - Denjoe O'Connor (Dublin Institute for Advanced Studies)  
09:30 Gauge gravity duality of the BFSS model - Toby Wiseman (I)  
10:45 --- coffee break ---
11:30 Matrix Geometry Revisited - Masanori Hanada (Queen Mary University of London)  
09:30 Emergent 5-branes in the BMN Matrix Model - Yuhma Asano  
10:45 --- coffee break ---
11:30 Anisotropic scale symmetry of the membrane worldvolume theory in lightcone gauge - Hidehiko Shimada  
09:30 Three point functions and soft theorems from the BFSS matrix model for M-theory - Juan Maldacena  
10:45 --- coffee break ---
11:30 The M(atrix) theory at strong coupling - Dr Xiang Zhao (EPFL)  
PM
14:40 welcome - Shota Komatsu (CERN)  
14:45 Quantum Many-body Bootstrap - Dr Yuan Xin (Yale)  
15:45 M(embrane) Theory - Prof. Jens Hoppe  
12:15 --- Lunch ---
14:15 Building a supersymmetric black hole in matrix quantum mechanics - Nick Dorey  
15:00 --- coffee break ---
15:45 Discussion session  
18:00 --- Reception ---
12:15 --- Lunch ---
14:00 TH colloquium: Thinking positively: the numerical quantum mechanical bootstrap - David Berenstein (University of California at Santa Barbara)  
15:00 --- coffee break ---
15:45 Discussion session  
12:15 --- Lunch ---
14:15 Aspects of partial deconfinment - David Berenstein (University of California at Santa Barbara)  
15:00 --- coffee break ---
15:45 Finiteness - Dionysis Anninos  
17:00 More on bootstrapping matrix quantum mechanics - Henry Lin  
12:15 --- Lunch ---
14:15 Discussion session - Joao Miguel Augusto Penedones Fernandes (EPFL - Ecole Polytechnique Federale Lausanne (CH))  
15:30 --- coffee break ---