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: „Holographic Path-Integral Optimization.” by Jan Boruch (UW), Paweł Caputa (UW), Dongsheng Ge (UW) and Tadashi Takayanagi (YITP, Kyoto).
New result: „Building Tensor Networks for Holographic States.” by Paweł Caputa (UW), Jorrit Kruthoff (Stanford) and Onkar Parrikar (Stanford).
New result: „Path-Integral Optimization from Hartle-Hawking Wave Function.” by Jan Boruch (UW), Paweł Caputa (UW) and Tadashi Takayanagi (YITP, Kyoto).
New result: „Geometrizing TT” by Paweł Caputa (UW), Shouvik Datta (CERN), Yunfeng Jiang (CERN) and Per Kraus (UCLA).
New Postdoc Position: Join Us
New Group Member: Dimitrios Patramanis. Check our team
New Group Member: Dongsheng Ge. Check our team
New result: „Entanglement wedge cross-section in shock wave geometries.” by Jan Boruch (UW).
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.
