Publications

Journal: Communications in Mathematical Physics

Number of publications: 15

2022

• Yong Jiao, Adam Osękowski , Lian Wu, Yahui Zuo, Inequalities for Noncommutative Weakly Dominated Martingales and Applications, Communications in Mathematical Physics, 396 2022, p. 787-816. See in PBN
• Krzysztof Barański , Jonatan Gutman, Adam Śpiewak, On the Shroer–Sauer–Ott–Yorke predictability conjecture for time-delay embeddings, Communications in Mathematical Physics, 391 (2) 2022, p. 609-641. See in PBN
• Tobias Ekholm, Angus Gruen, Sergei Gukov, Piotr Kucharski , Sunghyuk Park, Piotr Sułkowski, Zˆ at Large N: From Curve Counts to Quantum Modularity, Communications in Mathematical Physics, 396 2022, p. 143-186. See in PBN

2021

• Tushar Das, Giulio Tiozzo, Mariusz Urbański, Anna Zdunik , Feliks Przytycki, Thermodynamic Formalism for Coarse Expanding Dynamical Systems, Communications in Mathematical Physics, 384 (1) 2021, p. 165-199. See in PBN

2020

• Tobias Ekholm, Piotr Kucharski , Pietro Longhi, Physics and Geometry of Knots-Quivers Correspondence, Communications in Mathematical Physics, 379 (2) 2020, p. 361-415. See in PBN
• Ilaria Colazzo, Eric Jespers, Łukasz Kubat , Set-Theoretic Solutions of the Pentagon Equation, Communications in Mathematical Physics, 380 (2) 2020, p. 1003-1024. See in PBN

2016

• Stavros Garoufalidis, Piotr Kucharski , Piotr Sułkowski, Knots, BPS States, and Algebraic Curves, Communications in Mathematical Physics, 2016. See in PBN

2014

• Ferran Cedo, Eric Jespers, Jan Okniński , Braces and the Yang-Baxter equation, Communications in Mathematical Physics, 2014. See in PBN

2009

• Marta Lewicka, Piotr Mucha , On the Existence of Traveling Waves in the 3D Boussinesq System, Communications in Mathematical Physics, 2009. See in PBN
• Piotr Mucha , Milan Pokorny, On the Steady Compressible Navier-Stokes-Fourier System, Communications in Mathematical Physics, 2009. See in PBN

2008

• Piotr Mucha , Walter Rusin, Zygmund spaces, inviscid limit and uniqueness of Euler flows, Communications in Mathematical Physics, 2008. See in PBN

1990

• Jacek Miękisz , A. C. D. van Enter, Breaking of periodicity at positive temperatures, Communications in Mathematical Physics, 1990. See in PBN

1987

• Jacek Miękisz , Classical lattice gas model with a unique nondegenerate but unstable periodic ground state configuration, Communications in Mathematical Physics, 1987. See in PBN
• Jacek Miękisz , The decomposition property and equilibrium states of ferromagnetic lattice systems, Communications in Mathematical Physics, 1987. See in PBN

1986

• Jacek Miękisz , Many phases in systems without periodic ground states, Communications in Mathematical Physics, 1986. See in PBN