Integrable systems play a key role in establishing exact results. Besides their importance in statistical mechanics and stochastic processes, they also have emerged in high-energy theory, in particular QCD. The integrable structure gives access to study e.g. transport phenomena and non-equilibrium universality classes and also allows to obtain non-perturbative results.
Although the questions and motivations are specific to each field, the methodologies and mathematical structures are often common, e.g. Yang-Baxter equation, representation theory of quantum groups, (stochastic) dualities, Bethe ansatz methods, determinant formulas but also conformal field theories.
This workshop aims to bring together experts and scholars to facilitate the exchange of ideas and cross-fertilization.
Besides the lectures and invited talks, there will be room for a few presentations proposed by participants. In particular, one day will be dedicated to give young researchers the opportunity to present their work to continue the newly established tradition of the "All around integrability meeting".
We encourage everyone who like to give a talk to apply on this website as soon as possible and before 11th January.
Beware of spam emails! The workshop is self-organised and you won't be contacted by any travel company or similar.
Topical reviews by:
- Gregory Korchemsky (CEA Saclay) - Integrability in QCD and sl(2) spin chains
- Tomaž Prosen (University of Ljubljana) - Integrability in stochastic circuits
Speakers include:
- Arvind Ayyer (IISC)
- Luigi Cantini (CY Cergy)
- Francesco Casini (KU Leuven)
- Filippo Colomo (INFN Florence)
- Frank Göhmann (University Wuppertal)
- Henrik Jürgens (University of Modena and Reggio Emilia)
- Birgit Kaufmann (Purdue University)
- Ralph Kaufmann (Purdue University)
- Moritz Kade (University of Padova)
- Roland Kirschner (ITP Leipzig)
- Jhih-Huang Li (National Taiwan University)
- Kirone Mallick* (CEA Saclay)
- Mariia Matushko (Steklov)
- Rodrigo Pimenta (UFRGS Porto Alegre)
- Nicolò Primi (Turin University)
- Eric Ragoucy (LAPTh, Annecy)
- Didina Serban* (CEA Saclay)
- Anastasiia Trofimova (GSSI)
- Frank Verstraete* (Ghent University & University of Cambridge)
- Ali Zahra (LPCT, Nancy)
* to be confirmed
Supported by the Unimore Grant FAR23 interdisciplinare CUP-E93C23002040005
