Our main goal is to explore quantum gravity using quantum information.
Our current focus is on developing quantum information tools such as entanglement measures and computational complexity in quantum field theories and using them to understand how gravity geometry emerges from quantum information.
New result: „Entanglement Entropy and Phase Space Density: Lowest Landau Levels and 1/2 BPS states.„ by Sumit. R. Das (U. Kentucky), Shaun Hampton (Saclay) and Sinong Liu (UW).
New result: „Channel induced dynamics of quantum information in mixed state free QFTs.” by Michał Bączyk (UW).
New result: „Q-curvature and Path Integral Complexity” by Hugo A. Camargo (AEI, Potsdam), Paweł Caputa (UW) and Pratik Nandy (IISC, Bangalore)
New result: „Virasoro Entanglement Berry Phases.” by Jan de Boer (UvA), Ricardo Espíndola (UvA), Bahman Najian (UvA), Dimitrios Patramanis (UW), Jeremy van der Heijden (UvA), Claire Zukowski (UvA).
New result: „Path Integral Complexity and Kasner singularities.” by Paweł Caputa (UW), Diptarka Das (IIT Kanpur) and Sumit R. Das (U. of Kentucky).
New result: „Probing the entanglement of operator growth.” by Dimitrios Patramanis (UW).
New result: „Operator growth in 2d CFT.” by Paweł Caputa (UW) and Shouvik Datta (CERN).
New result: „Geometry of Krylov Complexity.” by Paweł Caputa (UW), Javier M. Magan (University of Pennsylvania) and Dimitrios Patramanis (UW).
Conference STRING MATH 2022 will take place at FUW.
New result: „Holographic Path-Integral Optimization.” by Jan Boruch (UW), Paweł Caputa (UW), Dongsheng Ge (UW) and Tadashi Takayanagi (YITP, Kyoto).
Our group is a part of the Institute of Theoretical Physics, Chair of Theory of Relativity and Gravitation, Faculty of Physics of the University of Warsaw, Poland. It currently contains four members (meet our team).
Our research lies at the intersection of quantum information, quantum field theory, holography and quantum gravity. At the moment we carry out two projects: NAWA Polish Returns 2019 Holographic Geometry and Quantum Information and NCN Sonata Bis 9 Quantum Information in Quantum Field Theories and Holography: Dynamics and Complexity.
