About
Welcome to the Chair of Quantum Mathematical Physics. We conduct research on mathematical aspects of various branches of contemporary theoretical physics. Of our particular interest are formal features and exact results in quantum field theory – and among others in its incarnations, such as conformal, integrable, and topological quantum field theories – which arise in condensed matter, quantum information, high energy physics, quantum gravity, string theory and M-theory. We analyze quantum integrability and strongly correlated quantum systems, entanglement measures and computational complexity, and try to understand how gravity geometry emerges from quantum information. Of our interest are matrix models and topological recursion, as well as links between physics, knot theory, and low-dimensional topology, and relations of all these systems to topological string theory.
Contact and address
Head of the Chair: prof. dr hab. Piotr Sułkowski
Chair of Quantum Mathematical Physics
Institute of Theoretical Physics
Faculty of Physics
University of Warsaw
ul. Pasteura 5, 02-093 Warsaw, Poland
tel. +48 22 55 32814, +48 22 55 32949
e-mail: psulkows [at] fuw.edu.pl
People
Our contact details can be found here.
Faculty members
- dr hab. Paweł Caputa
- dr Miłosz Panfil
- prof. dr hab. Jacek Pawełczyk
- prof. dr hab. Piotr Sułkowski
Postdocs
- dr Aditya Bawane
- dr Adam Bzowski
- dr Oleksandr Gamayun
- dr Dongsheng Ge
- dr Sinong Liu
- dr Kento Osuga
- dr Felipe Taha Sant’ana
PhD students
- Michał Bączyk
- Jan Boruch
- Shi Cheng
- Pedram Karimi
- Helder Larraguivel
- Dmitry Noshchenko
- Dimitrios Patramanis
MSc students
- Artur Strąg
Research groups
Quantum Information in Quantum Gravity
Principal Investigator: dr Paweł Caputa
Website
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.
Strongly Correlated Systems and Quantum Integrability
Principal Investigator: dr Miłosz Panfil
Website
Our primary interest is in the field of strongly correlated quantum systems and quantum integrability. We are also interested in mathematics and physics at the intersection of quantum groups, knots theory and topological string theory.
Quantum Fields and Strings
Principal Investigator: prof. Piotr Sułkowski
Website
We conduct research in formal aspects of quantum field theory, topological string theory, matrix models and topological recursion, knot theory and knots-quivers correspondence. We are interested in interrelations between these topics and still some other related problems.
Grants
NCN – Sonata Bis
“Quantum information in quantum field theories and holography: dynamics and complexity”
2020-2025
Principal Investigator: dr Paweł Caputa
NAWA – Polskie Powroty
“Holographic geometry and quantum information”
2020-2024
Principal Investigator: dr Paweł Caputa
Simons Collaboration
“It from Qubit”
2017-2023
Alumnus Investigator: dr Paweł Caputa
NCN – Sonata
“Dynamic correlation functions of integrable models in and out of the equilibrium”
2019-2023
Principal Investigator: dr Miłosz Panfil
Foundation for Polish Science – Team
“Random matrix models: from biomolecules to topological recursions”
2019-2023
Principal Investigator: prof. Piotr Sułkowski
NCN – POLS
“Quantum singularities in holographic models”
2021-2023
Principal Investigator: dr Adam Bzowski
NAWA – Ulam programme
“Non-equilibrium dynamics in quantum and classical one dimensional system”
2020-2022
Principal Investigator: dr Oleksandr Gamayun
Fulbright – STEM grant
“Unifying quivers and BPS states”
2022
Principal Investigator: prof. Piotr Sułkowski
Seminars
String Theory Journal Club
A regular seminar of our chair
Tuesday, 12:00, 5.42 lecture room
Website
Exact Results in Quantum Theory & Gravity
A regular seminar at the Faculty of Physics
Friday, 14:15, 1.40 lecture room
Website
Theory of Duality (Teoria Dwoistości)
A regular seminar of KMMF
Thursday, 10:15, 2.23 lecture room
Website
Gravity, Quantum Fields and Information
Joint online international seminar
Tuesday, 15:00, online
Website
Topological Recursion and Integrability Seminar
Online international seminar on topological recursion and integrability
Thursday, 15:00, online
Website
Western Hemisphere Colloquium on Geometry and Physics
Online colloquium on geometry and physics aimed at a broad audience
Monday (biweekly), 21:00, online
Website
Conferences
Links
Jobs and positions
Acknowledgements and funding
