Fluctuations and RAndomness in Many-body Evolution (FRAME2026)

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Institut Pascal (Institut Pascal (IPa), Universite Paris-Saclay)

Institut Pascal

Institut Pascal (IPa), Universite Paris-Saclay

530 Rue Andre Riviere, 91400 Orsay, France
Description

Many-body dynamics, randomness and fluctuations
16-18 September 2026

FRAME2026 is a workshop devoted to recent developments in many-body dynamics, randomness, and fluctuations. The meeting will bring together researchers working on classical and quantum many-body systems, with a particular emphasis on non-equilibrium dynamics and the emergence of universal behavior from microscopic randomness.

The workshop will cover topics at the interface of statistical physics, quantum many-body theory, stochastic dynamics, hydrodynamics, transport, integrability, chaos, and disordered systems.

All confirmed participants will have the opportunity to present a poster; some contributed talks will be selected.

Organizing committee

  • Andrea De Luca (LPENS)
  • Laura Foini (IPhT)
  • Leonardo Mazza (LPTMS)

Venue

The event will take place at the Institut Pascal (IPa), Universite Paris-Saclay, 530 Rue Andre Riviere, 91400 Orsay, France. Institut Pascal is an international scientific hub dedicated to the exchange of knowledge and the development of new ideas.

Topics

  • Fluctuations in many-body evolution
  • Randomness, disorder, and stochastic dynamics
  • Non-equilibrium statistical mechanics
  • Hydrodynamics, transport, and scaling phenomena
  • Classical and quantum many-body systems
  • Integrability, chaos, and emergent universal behavior

Invited speakers

  • Denis Bernard
  • Xiangyu Cao
  • Luca Delacrétaz
  • Jerome Dubail
  • Fabian Essler
  • Giuseppe di Giulio
  • Katja Klobas
  • Jorge Kurchan
  • Sanjay Moudgalya
  • Valentina Ros
  • Paola Ruggiero
  • Gregory Schehr
  • Ruth Shir
  • Robin Steinigeweg

Acknowledgements

The organizers acknowledge support from the completed ANR project TamEnt - Maitriser l'intrication dans la matiere quantique hors d'equilibre (ANR-21-CE47-0003). They also gratefully acknowledge LPTM, CY Cergy Paris University, for its support and scientific environment.

Programme and registration

The detailed day-by-day schedule is available in the Timetable section of this page. Practical information and registration details will be announced here.

Inscription
Invited speakers registration form
Registration Form
    • Session 1
      • 14:15
        Welcome
      • 1
        After equilibration

        What goes on after equilibration? The origin of the question is the following: the interior of black holes are expected to equilibrate long after the system is globally equilibrated, a condition that is dominated by its surface. Duality suggests we look at the corresponding quantum system: the natural question is what happens then to a quantum system at those long, post-equilibration times.
        Recently, with Xianyu Cao we proposed that large deviation theory is a natural answer.

        Orateur: jorge KURCHAN
      • 2
        Kubo, Lindblad, and transport
        Orateur: Robin Steinigeweg (Osnabrück University)
      • 3
        Spectral statistics from closed to open systems
        Orateur: Ruth Shir (University of Luxembourg)
      • 16:00
        Coffee break
      • 4
        Quantum dynamical entropy
        Orateur: xiangyu cao (CNRS/LPENS)
      • 5
        A quest for subsystem complexity
        Orateur: Giuseppe Di Giulio (Stockholm University)
    • 17:30
      Buffet
    • Session 2
      • 6
        Field-space entanglement dynamics between coupled Luttinger liquids
        Orateur: Paola Ruggiero (King's College London)
      • 7
        Can the Macroscopic Fluctuation Theory be Quantized?
        Orateur: Denis BERNARD (LPENS & CNRS)
      • 8
        Anomalous fluctuations in many-body systems
        Orateur: Žiga Krajnik
      • 11:20
        Coffee break
      • 9
        Strange hydrodynamics in chaotic spin chains with quantum group symmetry
        Orateur: Luca Delacretaz
      • 10
        When is hydrodynamic noise really noise? Detailed balance and positivity in fluctuating hydrodynamics
        Orateur: Andrea Amoretti (University of Genoa)
    • 12:40
      Lunch
    • Session 3
      • 11
        Poisson–Pauli crossover: scaling and phase transition in Fermi-gas hole probabilities
        Orateur: Grégory SCHEHR (CNRS -- LPTHE -- Sorbonne Université)
      • 12
        Large deviations in quantum many-body wave functions
        Orateur: Jerome DUBAIL (CNRS et Université de Strasbourg)
      • 13
        Non-Gaussian statistics of the order parameter across a continuous phase transition
        Orateur: David Clément
      • 15:50
        Coffee break
      • 14
        Exploring Mixed-state Quantum Phases via Analytical Tensor Network
        Orateur: Yuhan Liu
      • 15
        Correlated Reaction Kinetics in a Strongly Dissipative Quantum Lattice Gas
        Orateur: Hossein Hosseinabadi
    • 17:40
      Poster session with happy hour
    • Session 4
      • 16
        Quantum dynamics and chaos in permutation circuits
        Orateur: Dr Katja Klobas (University of Birmingham)
      • 17
        Tracy-Widom distribution in the six-vertex model
        Orateur: Filippo Colomo
      • 18
        Geometry of quantum many-body dynamics with continuous symmetries
        Orateur: Sanjay Moudgalya (Tata Institute for Fundamental Research, Mumbai)
      • 11:20
        Coffee break
      • 19
        Collective behavior hallmarks in dense rubidium vapor spin noise spectra
        Orateur: Fabienne Goldfarb
      • 20
        Classical and quantum transport in a many-body chaotic chain of maps
        Orateur: Rémy Dubertrand
    • 12:30
      Lunch
    • Session 5
      • 21
        TBA
        Orateur: Fabian Essler (Oxford University)
      • 22
        Fluctuation–dissipation beyond hydrodynamics: nonlinear Maxwell–Cattaneo in the Schwinger–Keldysh formalism
        Orateur: Daniel Brattan
      • 23
        High-dimensional chaos is not just wandering around typical fixed points: an example
        Orateur: Valentina ROS (CNRS)
      • 15:50
        Coffee break