Boltzmann Medalists
- Giovanni Jona-Lasinio (Univ. La Sapienza, Rome, Italy)
- To what extent is it possible to extend thermodynamics to nonequilibrium?
- Harry L. Swinney (Univ. Texas, Austin, USA)
- Instabilities and chaos in nonequilibrium systems: interaction of experiment and theory
Plenary Speakers
- R. Behringer (Duke Univ, USA)
- Statistical properties of granular materials near jamming
- L. de Arcangelis (Second Univ of Naples, Italy)
- Criticality in the brain
- H. Löwen (Univ of Düsseldorf, Germany)
- Statistical physics of colloids: from passive to active particles
- S. Majumdar (Univ of Paris Sud at Orsay, France)
- Top eigenvalue of a random matrix: large deviations
- T. W. Noh (Seoul National Univ, Korea)
- Percolation approaches to resistance switching phenomena and related nonvolatile memories
- S. Smirnov (Univ of Geneve, Switzerland)
- CFT and SLE and 2D statistical physics
- M. Vergassola (Inst Pasteur, France)
- Biological strategies of motility
- X. G. Wen (PITP/MIT, Canada)
- Long-range entanglements: from new states of quantum matter to an unified origin of light and electrons
Invited Speakers
- E. Altman (Weizmann Inst of Science, Israel)
- Many body localization in one dimension as a dynamical renormalization group fixed point
- R. Benzi (Univ Roma"Tor Vergata", Italy)
- Lattice Boltzmann models with frustration: a new simulation tool
for foams, emulsions and soft-glassy materials
- O. Biham (Hebrew Univ, Israel)
- Information processing in genetic regulatory networks
- L. Cipelletti (Univ of Montpellier 2, France)
- Decoupling of viscosity and structural relaxation time in supercooled colloidal hard spheres
- M. Clerc (Univ de Chile, Chile)
- Dissipative localized states with shield-like phase structure
- Y. Couder (Univ Paris Diderot, France)
- A fluid dynamics wave-particle duality: how quantum-like properties emerge from path-memory
- J. de Gier (Univ of Melbourne, Australia)
- Rigorous results for integrable lattice models using discrete parafermions
- E. Del Gado (ETH Zurich, Switzerland)
- Soft matter in construction
- D. Dhar (TIFR, India)
- Modelling proportionate growth
- B. Doyon (King's College, London, UK)
- Random loops and conformal field theory
- J. Fineberg (Hebrew Univ, Israel)
- How things slide: rapid dynamics at the onset of friction
- Y. Fyodorov (Queen Mary, London, UK)
- Freezing phenomena and extremes in disordered multifractals:
from 1/f noises to Riemann zeta-function and decaying burgers turbulence
- A. Gabrielli (ISC-CNR, Rome, Italy)
- A network analysis and new metrics for countries competitiveness and products complexity from the world trade web
- M. Gonzales (MIT, USA)
- From daily motifs of human travel to road usage patterns
- J. Gore (MIT, USA)
- Cooperation, cheating, and collapse in microbial populations
- O. Hallatschek (UC Berkeley, USA)
- The acceleration of epidemic outbreaks by long range jumps
- B. Hof (MPI Göttingen, Germany)
- Universality class and critical exponents for the transition to turbulence
- A. Johner (ICS-CNRS Université de Strasbourg, France)
- Learning from conflicting theories: 2-d polymers and polymer stars
- H. Katzgraber (Texas A&M, USA)
- Four decades of frustration: advances, algorithms and applications in spin-glass physics
- E. Kim (KAIST, Korea)
- Supersolidity and plasticity of solid helium at low temperatures
- B. J. Kim (Sungkyunkwan Univ, Korea)
- Geographic information and physics of society
- K. Kobayashi (Osaka Univ, Japan)
- Nonequilibrium current fluctuation in quantum coherent conductors
- C. Kollath (Univ of Geneva, Switzerland)
- Dynamics of ultra cold atoms in optical lattices
- W. Krauth (ENS Paris, France)
- Melting in two dimensions: new algorithms, new insights
- A. Kuniba (Univ of Tokyo, Japan)
- Aspects of T-system and Y-system
- P. Le Doussal (LPTENS École Normale Supérieure Paris, France)
- Universal statistics for directed polymers and the Kardar Parisi Zhang equation: new tools from integrable systems and replica
- K. J. Lee (Korea Univ, Korea)
- Collective dynamics of biological cells
- D. Levine (IIT Technion, Israel)
- TBA
- H. Makse (CUNY, USA)
- Applications of statistical mechanics to granular matter
- V. Martin-Mayor (Univ Complutense de Madrid, Spain)
- Taming large fluctuations in disordered systems
- J. Moore (UC Berkeley/LBNL, USA)
- Transport with and without integrability in one-dimensional quantum systems
- T. Mori (Univ of Tokyo, Japan)
- Phase transitions in systems with non-additive long-range interactions
- S. Nagel (Univ of Chicago, USA)
- Jamming as a paradigm of disorder
- J. D. Noh (Univ of Seoul, Korea)
- Fluctuations of heat in nonequilibrium systems
- M. Oshikawa (Univ of Tokyo, Japan)
- Dynamical theory of superfluidity in one dimension
- P. Pincus (UCSB, USA)
- Instability of polyion suspensions
- J. F. Pinton (CNRS & ENS de Lyon, France)
- Turbulence and dynamics in the lagrangian reference frame, using smart particles
- A. Polkovnikov (Boston Univ, USA)
- Universal dynamics near continuous phase transitions
- S. Redner (Boston Univ, USA)
- Dynamics of Consensus and Influence-Propagation
- S. Rychkov (CERN, France)
- Solving the critical 3D Ising model with the conformal bootstrap
- T. Sagawa (Univ of Tokyo, Japan)
- Fluctuation theorem for information exchanges
- S. -i. Sasa (Kyoto Univ, Japan)
- Steady state thermodynamics
- K. Takeuchi (Univ of Tokyo, Japan)
- Exploring universal out-of-equilibrium scaling laws with turbulent liquid crystal
- U. Täuber (Virginia Tech, USA)
- Environmental vs. demographic variability in stochastic lattice predator-prey models
- M. Tsubota (Osaka City Univ, Japan)
- Hydrodynamic instability and turbulence in quantum fluids
- Y. Tu (IBM T. J. Watson Research Center, USA)
- Nonequilibrium physics in biochemical networks: the energy cost of adaptation
- A. Walczak (ENS Paris, France)
- Quantifying the diversity of antibody receptors
- T. Xiang (CAS, Beijing, China)
- Renormalization of tensor network states
- J. Yeomans (Univ of Oxford, UK)
- Stirring by microswimmers
- L. Zdeborova (CEA Saclay, France)
- From crystal nucleation to fast data acquisition
