Seminars

2024

  1. Yizhuang Liu, (Jagiellonian University, Cracow), Marginal perturbative series of integrable critical XXX spin chain: renormalon, resurgence and power corrections, 2024.02.12.

2023

  1. Zoltan Bajnok, Sausage model in a magnetic field, 2023.09.04.
  2. Anton Pribytok (Humboldt University), Ground state energy of twisted AdS3 × S3 × T4 superstring and the TBA, 2023.08.21.
  3. Changrim Ahn (Ewha), Massless flows, 2023.08.06.
  4. Tamas Gombor, Boundary overlaps, 2023.06.29.
  5. Georgios Linardopoulos, Holographic correlators of semiclassical states in defect CFTs, 2023.06.15.
  6. Zoltan Bajnok, Resurgence in the Kondo problem, 2023.05.25.
  7. Dennis le Plat (Humboldt University), Higher-rank sectors and marginal deformations in the hexagon formalism, 2023.02.24.
  8. Máté Lencsés (Wigner RCP): The scaling region of the tricritical Ising model, 2023.01.27.
  9. Ramon Miravitllas Mas (Geneva): New renormalons from analytic trans-series: Lessons from the Bethe ansatz, 2023.01.13.

2022

  1. Romuald Janik (Krakow): From Machine Learning to Physics, and back again..., 2022.01.24.
  2. Giacomo Sberveglieri (SISSA): Resurgence and 1/N Expansion in Integrable Field Theories, 2022.01.21.

2021

  1. George Linardopoulos (Wigner RMI): Solving holographic defects, 2021.11.05.
  2. Didina Serban (CEA Saclay): The q-deformed Haldane-Shastry model, 2021.11.05.
  3. Takuya Yoda (Kyoto University): Quantum phase transition and Resurgence: Lessons from 3d N=4 SQED, 2021.10.29.
  4. Kostas Filippas (Swansea University): Holography for 2d quantum field theory, 2021.04.23.
  5. Ghadir Jafari (IPM, Tehran): Null hypersurfaces, gravitational energy and the first law of holographic complexity, 2021.04.16.
  6. Hélder Larraguível (Warsaw University): Knot a problem! New symmetries and insights in physics from knots, 2021.04.09.

2019

  1. Ivan Kostov, Effective Quantum Field Theory for the Thermodynamical Bethe Ansatz, 2019.12.03.
  2. Fedor Smirnov, Local operators and massless flows, 2019.11.11.
  3. Zoltan Bajnok, TCSA and the finite volume boundary state, 2019.10.25.
  4. Rafael Nepomechie, Can we solve the $U_q(B_1)$-invariant $D^2_2$ spin chain? 2019.06.05.
  5. Tamas Gombor, On classification of rational K-matrices, 2019.05.17.
  6. Mahmut Elbistan, Gravitational waves and ion traps, 2019.04.18.

2018

  1. Ehsan Hatefi, Universality in string theory, 2018.05.11.
  2. Fedor Smirnov, From factors from the lattice, 2018.05.02,4,7,9
  3. Yunfeng Jiang, Algebraic geometry and Bethe ansatz, 2018.03.09.
  4. Changrim Ahn, Giant magnon-like solution in Sch5 x S5, 2018.02.02.

2017

  1. Haryanto Siahaan, Some aspects of magnetized black holes, 2017.10.06.
  2. Michael C. Abbott, On the necessity of massless modes in AdS_3 integrability, 2017.06.02.
  3. Yunfeng Jiang, Integrable line defects and entanglement entropy, 2017.03.08.

2016

  1. Katsushi Ito, ODE/IM correspondence and the Argyres-Douglas theory, 2016.12.09.
  2. Kentaroh Yoshida, Recent progress on Yang-Baxter deformations of type IIB superstring, 2016.12.07.
  3. Kazuhiro Sakai, BPS index and 4d N=2 superconformal field theories, 2016.07.08.
  4. Alessandro Sfondrini, The AdS3/CFT2 correspondence and integrability, 2016.07.04.
  5. Hesam Soltanpanahi, lecture series on holographic renormalization, 2016.04.03-15
  6. Diego Correa, 1-loop exponentiation for large rank Wilson loops, 2016.02.10.

2015

  1. Kazama, Yoichi: AdS/CFT and integrability: Cognate structure at weak and strong coupling for three-point functions, 2015.10.21.
  2. Matsumoto, Takuya: Representations of centrally extended Lie superalgebra psl(2|2), 2015.10.19.
  3. Belavin, Alexander: Frobenius manifolds and Minimal string theory, 2015.09.14.
  4. Faddeev, Ludvig: Scenario of renormalization for the Yang-Mills theory in 4D, 2015.05.12.
  5. Pawelkiewicz, Michal: Noncompact CFTs, 2015.02.19.
  6. Jiang, Yunfeng: Integrability in AdS/CFT : Three-Point Functions in N=4 SYM theory, 2015.02.18.
  7. Schaposnik Massolo, Fidel: D5-brane boundary reflection factors, 2015.02.11.
  8. Hadasz, Leszek: Super Liouville - double Liouville equivalence and its possible extensions, 2015.01.30.
  9. Rim, Chaiho: Some applications of random matrix models, 2015.01.28.
  10. Rim, Chaiho: Irregular conformal block and its matrix model, 2015.01.16.

2014

  1. Kol, Barak: The effective field theory approach to the two body problem in Einstein's gravity, 2014.08.29.
  2. Ruijsenaars, Simon: A recursive construction of joint eigenfunctions for the commuting hyperbolic Calogero-Moser Hamiltonians, 2014.04.04.
  3. Aniceto, Ines: Resurgence and transseries in QFT, 2014.03.28.
  4. Aniceto, Ines: Uncovering exact results in perturbative quantum theories, 2014.03.12.

2013

  1. Kentaroh, Yoshida: A holographic description of Schwinger effect, 2013.12.04.
  2. Alfimov, Mikhail: Derivation of the P-mu system, 2013.12.02.
  3. Ito, Katsushi: N=4 SYM in Omega background, 2013.09.13.
  4. Moriyama, Sanefumi: ABJM Matrix Model and Nonperturbative Effects, 2013.09.04.
  5. Pearce, Paul: Polymers, Percolation and Logarithmic Minimal Models, 2013.09.04.
  6. Sakai, Kazuhiro: Integrability of BPS equations in ABJM theory, 2013.08.28.
  7. Kim, Minkyoo: Algebraic curves and integrability in string theory, 2013.05.10.
  8. Sieg, Christoph: Perturbative spectra of gauge theories with gravity duals, 2013.05.03.
  9. Végh, Dávid: Holography without translational symmetry, 2013.04.03.
  10. Drukker, Nadav: Quark-antiquark potential in N = 4 super Yang-Mills from an integrable spin chain , 2013.03.27.
  11. Surowka, Piotr: QFT anomalies and hydrodynamics, 2013.03.13.
  12. Frassek, Rouven:Yangian invariants, spin-chains and the algebraic Bethe ansatz, 2013.03.13.
  13. Janik, Romuald: Numerical relativity applied to the thermalization of boost invariant plasma, 2013.01.28.
  14. Basso, Benjamin: The exact slope, 2013.01.11.
  15. Fodor, Gyula: Aszimpototikusan AdS téridők instabilitása, 2013.01.07.

2012

  1. Volin, Dima: NLIE for AdS/CFT, 2012.12.14.
  2. Hegedűs, Árpád: Az AdS/CFT T-rendszere, 2012.11.26.
  3. Bajnok, Zoltán: Az AdS/CFT sejtés II, 2012.11.05.
  4. Bajnok, Zoltán: Az AdS/CFT sejtés I, 2012.10.15.
  5. Szabados, László: Az Anti de Sitter tér geometriája I, 2012.09.24.
  6. Szabados, László: Az Anti de Sitter tér geometriája II, 2012.09.17.
  7. Surowka, Piotr: "Heavy-ion collisions and AdS/CFT correspondence, 2012.09.14.
  8. Kim, Minkyoo: Perturbative S-matrix of β-deformed SYM, 2012.09.12.
  9. Szabados, László: Az Anti de Sitter tér geometriája I, 2012.09.10.