October 17 - 21, 2016
This conference aims at developing the French-Russian interaction at the mathematical/physics interface.
There is a long tradition in both countries in mathematical physics. The cooperation is also very active as exemplified by the existence of Laboratory Poncelet, which is a joint French-Russian laboratory.
The first French-Russian conference on Random Geometry and Physics was held in Moscow at the Steklov Mathematical Institute, September 8-12, 2014. This second French-Russian conference Random Geometry and Physics, now held at Institut Henri Poincaré in the center of Paris, coincides with the 50th anniversary of official scientific ties between France and the former USSR.
The interface between combinatorics and random geometry on the mathematical side and quantum field theory and statistical mechanics on the physics side is in fast development in France and Russia. For instance the 20th Itzykson conference "Random surfaces and Random geometry", held in Institut de Physique Théorique at CEA, June 10-12 2015 was entirely devoted to this subject. New methods have recently emerged such as combinatorics of maps and random tensors. Since they imply new forms of integrability, they could greatly benefit from the corresponding leading expertise in Russia.
The goal is also to encourage the new generations of French and Russian mathematical physics to know each other. Hence there will be equilibrium between seniors and young speakers. The conference might also lead to new PhD cotutelles, postdoc exchanges, and various other collaborations, extending beyond the traditional channels through the Russian diaspora in France.
October 24 - 26, 2016
The 3rd International Conference on Physics and Biological Systems will be held on October 24-26th 2016 at École polytechnique in Palaiseau – greater Paris area. It aims to bring together a broad range of physical and life scientists working at the interface between the two disciplines around in-depth talks by first-rate international speakers. Attendance will be limited to 150 participants. We look forward to welcoming you in Palaiseau!
August 23 – September 2, 2016
Recent decade witness a new activity in condensed matter physics. The goal is a controlled transformation of electronic states or even of whole phases by external impacts. There are two main directions: the electrostatic effects of very strong electric fields and the supercritical optical pumping; the latest trend is to employ them in combination. The goal of IMPACT 2016 is to reach a synergy and cross- fertilization between the branches of the new science which still lack an acquaintance – with respect to the two major techniques, but also on different classes of materials.
13 - 15 July 2016
A formidable task of understanding the interplay of coherence and interactions in disordered systems attracted researchers over many decades. The key milestones in this area include the introduction of the influence functional approach in the '80, the powerful numerical techniques developed in the '90s, the concept of entanglement applied to this problem in the '00s and the recent advent of many-body localization.This interdisciplinary workshop aims to attract experts from diverse fields to discuss a broad range of phenomena associated with the interplay of disorder, interactions and quantum coherence.
Also it will be a good opportunity to honor 50 years in science of David “Dima” Khmelnitskii.
November 5-6, 2015
For more than 50 years Bernard Jancovici enthusiastically devoted himself to research in physics. After his first works in nuclear physics, he turned to statistical physics from the point of view of first principles and solvable models, with a particular interest in Coulomb interactions. His contributions in this field earned him an international recognition, while his pedagogical and brilliant lectures made him a well-known professor in the universities of the Paris area. The conference is aimed to provide an overview of the approach he promoted through the presentation of current research achievements in statistical physics that go beyond Bernard Jancovici's favorite subjects but share the same quest for analytical results from first principles.
The conference will be held at the Institut Henri Poincaré (Paris 5th district) where Bernard Jancovici gave his Master's lectures on statistical physics during several years.
Journées du LPTMS 2015, Domaine du Val
- Thierry Jolicoeur — Two topics in fractional quantum Hall physics
- Serguei Andreev — Fragmented supersolid of dipolar excitons
- Fabian Bohnet-Waldraff — How much quantumness is there in a spin one state ?
- Pierre Ronceray—Force transmission in biological fiber networks : from nanoscale
forces to macroscopic stresses
- Andrea de Luca — From the quantum quenches to the microwave refrigerator
- Raoul Santachiara — Ising critical models with inhomogenous boundaries conditions
- Serguei Nechaev — An overview of recent results in statistical biophysics, random
networks, and mathematical physics (including knot theory)
- Giulia Foffano — Understanding the self-assembly of actin filaments into higherorder
- Xiangyu Cao — Extreme value statistics of 2D Gaussian Free Fields
- Thibault Congy — Spontaneous formation of self-accelerating Airy beams in a
- Angelika Knothe — Edge structure of Graphene monolayers in the = 0 quantum
- Ananyo Maitra — How to get rigidity from floppiness
- Stéphane Ouvry — Statistical Curse of the Second Half Rank, Eulerian numbers, and Diaconis Riffle Shuffle
- Dmitry Petrov — Multi-body interactions and quantum droplets
- Ada Altieri — Renormalization of a generic multi-component cubic theory and
link overlap fluctuations in Spin-Glass
- Vincent Michal — Many-body localization in one dimension
- Eugène Bogomolny — Exact solution for two Aharonov-Bohm vortices
- Nicolas Pavloff — Quantum signature of analog Hawking radiation in momentum space
- Pablo Rodriguez — Radiative heat transfer in 2D Dirac materials
- Maksim Sevelev — Replica symmetry breaking in soft-potential perceptron
- Stefano Spigler — (Universal) static avalanches in systems with broken replica
- Igor Swiecicki — A[n imaginary time] Schrödinger approach to mean field games
- Andrew Sykes — Many body physics in ultra-cold atomic gases
- Martin Lenz—Chiral toroids of DNA : fancy geometry and an experimental puzzle
July, 6-31 2015
The connections between stochastic processes and random matrix theory (RMT) have been a rapidly evolving subject during the last ten years where the continuous development of new tools has led to an avalanche of new results. The most emblematic example of such successful connections is provided by the theory of growth phenomena in the Kardar-Parisi-Zhang (KPZ) universality class. Other important instances include non-intersecting Brownian motions or processes governed by "1/f" noise, which are at the heart of disordered systems exhibiting a freezing transition. These breakthroughs have been made possible thanks, to a large extent, to the recent development of various new techniques in RMT. The goal of the school thus is to present the state of the art concepts of the field, with a special emphasis on the large spectrum of techniques and applications of RMT. Finally an important aspect of this school is that the topic of stochastic processes and RMT is at the interface of statistical physics and mathematics. Therefore this school aims at bringing together students (and researchers) from both communities.
4-6 May 2015
The meeting will be focused on spin relaxation processes in paramagnetic systems and their role in spin hyperpolarization experiments.
Introductory talks of didactic character will be given by well-known specialists in the field:
- Prof. Geoffrey Bodenhausen (EPFL Lausanne, Switzerland; Ecole Normale Superieure, Paris, France)
- Dr. Giuseppe Pileio (University of Southampton, UK)
- Prof. Thomas Prisner (Goethe University of Frankfurt am Main, Germany)
- Prof. Shimon Vega (Weizmann Institute of Science, Rehovot, Israel)
14 & 15 octobre 2014
Les deux journées réuniront mathématiciens et physiciens théoriciens autour de thèmes variés reflétant la diversité qui a marqué la trajectoire scientifique d’Alain Comtet, parmi lesquels la physique statistique des systèmes désordonnés, les processus stochastiques ou les matrices aléatoires. Professeur de l’Université Pierre et Marie Curie qui a marqué plusieurs générations de physiciens, Alain Comtet a notamment été le cofondateur et premier directeur du LPTMS, ainsi que le co-directeur de l’Institut Henri Poincaré. Le colloque se tiendra à l’IHP, lieu symbolique qui représente les liens forts entre physique théorique et mathématique chers à Alain Comtet.
ECRYS-2014 continue the series of tri-annual conferences ECRYS on Electronic Crystals, which have been organized since 1993 in France. The event will be held by the Institut d'Etudes Scientifiques de Cargèse, Corse, France (http://www.iesc.univ-corse.fr).
June 24 – 27 2014
The 2nd International Conference on Physics and Biological Systems will be held on June 24-27 2014 in Gif-sur-Yvette, in the south of Paris. It aims to bring together a broad range of physical and biological scientists working at the interface between the two disciplines around in-depth talks by world-class speakers.
May, 19-21 2014
During more than 50 years since the discovery of Anderson localization of particles, the physics of disordered quantum systems underwent tremendous developments. At present, the localization of interacting particles remains one of the global problems in condensed matter physics. The key issues concern metal-insulator transitions in mesoscopic systems, electron-phonon interaction and transport in the insulating and metallic states, superconductor-insulator transitions, disordered Josephson arrays. In the last decade, localization of interacting particles became one of the key problems in ultracold atomic quantum gases, which have temperatures in the nanokelvin regime and eight orders of magnitude lower densities than liquid helium. After first successful experiments in Orsay and Florence, the domain of quantum gases in disorder is rapidly growing. The aim of the present workshop is to bring together leading experts in condensed matter and atomic physics and to discuss recent developments in the field of disordered quantum systems.
March 25-26, 2014
The discussion meeting, funded by CECAM Ile de France, will be focused on the fundamentals and applications of how matter reacts to thermodynamically applied gradients. Particular, but not exclusive emphasis will be on thermal and osmotic effects. We will try to make the connection between the molecular and the macroscopic scale of continuous theories. Finally, we want to put these two aspects in the broader perspective of thermodynamic gradients by following the example of multi-scale approaches successfully developed in the case of electrochemical and mechanical forcing.
March 13-14, 2014
Oriol Bohigas was a creative and demanding theoretical physicist whose scientific activity has impacted many fields of physics, ranging from Nuclear Theory where he started his career, to various aspects of the field of Quantum Chaos of which he was one of the founders. His death on October 22 deprives us not only of a cherished friend and colleague, but also of a thoughtful and distinguished physicist. This colloquium aims at paying tribute to him by gathering leading experts on some of the questions to which he had dedicated his scientific life.
September 10-14, 2012
Recent years witness an emergence and a very fast development of a new activity in condensed matter physics. The goal is a controlled transformation of electronic states or even of whole phases by external impacts. There are two main directions: the electrostatic effects of very strong electric fields and the supercritical optical pumping; the latest trend is to employ them in combination.
April 23 to July 20, 2012
March 30 2012
Follow-up day of the conference "Unifying concepts in glass physics V" dedicated to young researchers.
December 12-16 2011
The motivation for the meeting was the feeling that the ongoing research activity, focused around the study of the structural glass transition in liquids at low temperatures and the theory of spin glasses, had lead to an increased appreciation of several universal aspects of glassy systems. Thus, it was felt desirable to bring together researchers conducting (mainly) theoretical and computational investigations on different aspects of glassy systems, in the hope of promoting an exchange of ideas on recent developments, and explore interactions between different approaches that may play a key role to address outstanding problems.
15 - 27 August 2011
ECRYS virtues: ECRYS provides cross-links between various communities engaged in studies of spontaneous superstructures formed by electrons in solids, with extensions to such related systems as charged objects in soft matter and biology, vortices in superconductors, magnetic and ferroelectric domains, etc. The goal is to bring together scientists who normally are involved in related problematic but are divided in several poorly-interacting communities oriented towards more focused schools and conferences, e.g.: on high-Tc superconductors, on strongly correlated systems, on hetero-junctions, on high magnetic fields, on oxides or organic conductors, on soft and bio matters.
June 14-17, 2011
The statistics of rare events, and in particular Extreme Value Statistics, is by now a longstanding issue in the fields of engineering, finance or environmental sciences where rare and extreme events may have drastic consequences. After recent significant advances in the theory of complex and disordered systems, Extreme Value Statistics plays now a crucial role in statistical physics. It is thus not surprising that Extreme Value Statistics has emerged as an important problem in various areas of physics such as spin-glasses, fluctuating interfaces, polymers in random media, random binary-tree searches, random growth and combinatorial models and level-density problems of ideal quantum gases amongst others.
June 14-17, 2011
Numerous individual researchers in France and groups abroad are actively working at the interface between physics and biology, in fields that range from classical biophysical subjects, e.g., cellular and tissue mechanics, to more molecular ones, such as regulatory and signaling networks, their evolution, and systems biology. Quantitative methods are becoming indispensable for rationalizing and understanding these systems which are benefiting from an explosion in the quality and amount of data produced through omics and imagery. The field has broad applications, from fundamental life sciences to medicine, building on both intense modeling and computational methods which are the driving forces behind the necessary interdisciplinary work. In particular, concepts from information theory and statistical physics have been instrumental in the development of powerful bio-computational methods, e.g., in genomics, population genetics and systems biology. The highly active and international nature of this field as well as its emergence in France makes it appropriate to bring the best of this research community for a top level conference at the University of Paris-Sud 11.
11 - 15 October 2010
The appearance of decoherence in closed quantum systems composed of discrete variables is the problem of practical importance because it is responsible for the noise generation in solid state qubits and of fundamental interest for solid state physics because it might lead to the appearance of novel low temperature phases in strongly disordered materials. At the same time it is also of a fundamental importance because it concerns the issue of reversibility in quantum mechanics.
28 - 29 Septembre 2010
The aim of the workshop «Dynamics of quantum gases in one dimension» is to bring together experimentalists and theoreticians working with low-dimensional ultracold quantum gases, discuss the recent progress in the field, and formulate future directions of the research.
13 - 15 Septembre 2010
The last few years have witnessed an interdisciplinary convergence of interest between the fields of statistical physics, information theory, computational optimization, and the analysis of complex systems in biology, such as regulatory networks and genetic phylogeny. Hot questions in computational optimization, biological information, and complexity will be presented, emphasizing how ideas from statistical physics can be useful in these disciplines. Topics covered in this workshop should include combinatorial optimization, message passing and the statistical physics of disordered systems, gene regulatory networks and sequence analysis, genomic, phylogenetic genetics, neural networks and the evolution in biological and social systems.
February 28 - March 5, 2010
Two-dimensional models are known to provide reliable descriptions of a wide array of physical phenomena, ranging from condensed matter (disordered electron gases, quantum liquids) to string theory (brane physics, AdS/CFT duality). Recent years have shown an extraordinary convergence of the methods used to study such models. The fruitful interplay between conformal field theory and quantum inverse scattering has been supplemented by mathematical methods coming from combinatorics, representation theory, and probability theory.
École thématique du CNRS: PHYSIQUE QUANTIQUE MÉSOSCOPIQUE : Transport, dynamique et cohérence quantique
6 - 18 Octobre 2008 à Cargèse
Le but de cette école thématique du CNRS est de présenter une vue d’ensemble des sujets les plus actifs de la physique quantique mésoscopique, tant au niveau expérimental que théorique.
15 - 16 Septembre 2008
LPTMS in collaboration with IFRAF is pleased to organize a two-day symposium "Quantum Fluids and Strongly Correlated Systems", which aims at gathering the leading experts in the rapidly developing fields of ultracold gases, strongly correlated systems, quantum fluids and solids, and many-body physics.
24 - 30 Août 2008
30 Juin - 1 Août 2008
L'Ecole de Physique des Houches accueille des physiciens du monde entier depuis 1951. Riche d'une histoire qui a vu les plus grands noms de la physique moderne y former de jeunes chercheurs débutants (dont certains recevront plus tard le prix Nobel de Physique), l'école perpétue une tradition d'excellence tout en s'adaptant aux évolutions de la science.
International Workshop on Random Matrix Theory and Applications : From Number Theory to Mesoscopic Physics
25 - 27 Juin 2008
Since its birth in the fifties, random matrix theory has been responsible for major advances in different fields of physics and mathematics, including mesoscopic and nuclear physics, quantum chaos, field theory and number theory. It has contributed to clarify and, to some extent, unify such disparate fields as the physics of disordered and chaotic systems, QCD, combinatorial and growth models, or the statistical properties of the prime numbers and Riemann zeros. In spite of its great success and maturity, the field is constantly developing. The conference will gather leading experts in different areas and focus on the most recent developments in the field.
29 - 30 Mai 2008
The workshop on "Quantum Dynamics And Noise In Interacting Disordered Systems" will focus on various topics related to level broadening, noise and dynamics in interacting quantum disordered systems. It will gather in particular researchers working in the areas of mesoscopic systems and quantum spin glasses. The structure will be focused on interactions and discussions, triggered by some talks from invited leading world experts. The workshop is open to anyone who has an interest in attending, but the participants should register on the web site.
This workshop is sponsored by the Advanced Research Cluster "Triangle de la Physique" which groups teams working in condensed matter physics in Orsay, Palaiseau and Saclay, in the framework of the senior chair position awarded to Prof. Lev Ioffe. It is part of the activity of the Federation PHYSTAT-SUD.