Quantum non-equilibrium dynamics with classical determinist circuits I

• Katja Klobas (University of Birmingham)

Room: Eötvös Room, Northern Building TBA

Generalised hydrodynamics of optical soliton gases: measurement of correlations

• Elias CHARNAY (University of Lille)

Room: Eötvös Room, Northern Building

Exact quantum state preparation I

• Rafael Nepomechie (University of Miami)

Room: Eötvös Room, Northern Building This course is an introduction to some approaches for exactly preparing multi-qubit states on a quantum computer. In Lecture 1, we begin with a brief review of quantum circuits; we then consider the GHZ state, and its preparation in constant depth. In Lecture 2, we introduce matrix product states and sequential state preparation; we consider the example of AKLT states, and their preparation in constant depth. In Lecture 3, we consider the preparation of Dicke states and Bethe states.

$R$-matrix valued Lax pair for elliptic Calogero systems and the associative Yang-Baxter equation

• Maria Matushko (Steklov Mathematical Institute of RAS)

Room: Eötvös Room, Northern Building

Probing Large Deviations in Accelerated TASEP: Bethe Ansatz, Cassini Ovals, and Spectral Gaps

• Anastasiia Trofimova (Grand Sasso Science Institute)

Room: Eötvös Room, Northern Building

Entanglement dynamics and Page curves in random permutation circuits

• David Szasz-Schagrin (University of Bologna)

Room: Eötvös Room, Northern Building

Exact out-of-equilibrium dynamics with random unitary circuits I

• Andrea De Luca (CY Cergy Paris Universite)

Room: Eötvös Room, Northern Building TBA

Topological phases protected by $Z_N^{\otimes 3}$ symmetry

• Hrant Topchyan (Yerevan Physics Institute (AANL))

Room: Eötvös Room, Northern Building

Quantum non-equilibrium dynamics with classical determinist circuits II

• Katja Klobas (University of Birmingham)

Room: Eötvös Room, Northern Building TBA

Sine-Gordon model at finite temperature: the method of random surfaces

• Miklós Tóth (Budapest University of Technology and Economics)

Room: Eötvös Room, Northern Building

The role of radiation in Toda chain hydrodynamics

• Alberto Brollo (Technical University Munich)

Room: Eötvös Room, Northern Building

Complete Minimal Form Factors for Irrelevant Deformations of Integrable Quantum Field Theory

• Fabio Sailis (City St George, University of London)

Room: Eötvös Room, Northern Building

Exact quantum state preparation II

• Rafael Nepomechie (University of Miami)

Room: Eötvös Room, Northern Building This course is an introduction to some approaches for exactly preparing multi-qubit states on a quantum computer. In Lecture 1, we begin with a brief review of quantum circuits; we then consider the GHZ state, and its preparation in constant depth. In Lecture 2, we introduce matrix product states and sequential state preparation; we consider the example of AKLT states, and their preparation in constant depth. In Lecture 3, we consider the preparation of Dicke states and Bethe states.

Lie Symmetries and Bi-Hamiltonian structures of the Pais-Uhlenbeck Oscillator

• Bethan Turner (City St Georges University of London)

Room: Eötvös Room, Northern Building

Exact out-of-equilibrium dynamics with random unitary circuits II

• Andrea De Luca (CY Cergy Paris Universite)

Room: Eötvös Room, Northern Building TBA

Ergodic behaviors in 3 state cellular automata

• Matija Koterle (University of Ljubljana)

Room: Eötvös Room, Northern Building

Quantum non-equilibrium dynamics with classical determinist circuits III

• Katja Klobas (University of Birmingham)

Room: Eötvös Room, Northern Building TBA

A Minimal Model for testing the Eigenstate Thermalization Hypothesis

• Pavel Orlov (University of Ljubljana)

Room: Eötvös Room, Northern Building

Exact out-of-equilibrium dynamics with random unitary circuits III

• Andrea De Luca (CY Cergy Paris Universite)

Room: Eötvös Room, Northern Building TBA

Calogero-Moser and Ruijsenaars-Schneider models

• Apor Roth (Eötvös Loránd University)

Room: Eötvös Room, Northern Building

Transition between critical antiferromagnetic phases in the J_1-J_2 spin chain

• Adam McRoberts (International Centre for Theoretical Physics)

Room: Eötvös Room, Northern Building

Exact dynamics with free fermions in disguise

• Istvan Vona (ELTE University, Wigner RCP)

Room: Eötvös Room, Northern Building

Exact quantum state preparation III

• Rafael Nepomechie (University of Miami)

Room: Eötvös Room, Northern Building This course is an introduction to some approaches for exactly preparing multi-qubit states on a quantum computer. In Lecture 1, we begin with a brief review of quantum circuits; we then consider the GHZ state, and its preparation in constant depth. In Lecture 2, we introduce matrix product states and sequential state preparation; we consider the example of AKLT states, and their preparation in constant depth. In Lecture 3, we consider the preparation of Dicke states and Bethe states.

Hydrodynamics of nearly-integrable systems

• Maciej Łebek

Room: Eötvös Room, Northern Building

Diversity of integrable magnetization-conserving unitary qubit circuits

• Urban Duh (University of Ljubljana, Faculty of Mathematics and Physics)

Room: Eötvös Room, Northern Building

Structure of Local Conservation Laws in Quantum Integrable Systems

• Kohei Fukai (The University of Tokyo)

Room: Eötvös Room, Northern Building