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Calendar
LA 27e RENCONTRE DU NON LINÉAIRE (18-20 mars 2024)

La Rencontre du non-linéaire, avec vos contributions dans les domaines des systèmes dynamiques, de l'hydrodynamique, de l'optique, de la mécanique des milieux continus, de la matière condensée, de l'électronique, de la biologie,..., et quatre conférences invitées :

Isabelle CANTAT (Université de Rennes) 
Flows in soap films 

David GUÉRY-ODELIN (Université de Toulouse) 
The surprisingly rich physics of the modulated quantum pendulum 

Betrand MAURY (Université Paris-Saclay) 
Transport optimal et flots de gradient, un nouveau regard sur (une partie de) la physique 

Dominic VELLA (University of Oxford) 
Some surprises in elastic snap-through

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Course
Introduction to quantum information theory

Alain Sarlette & Harold Ollivier

Course
Advanced Atomic Physics

Bess Fang, Franck Pereira dos Santos & Tarik Yefsah

Course
The Beg Rohu Summer School of Physics

Optimization and Control of Nonequilibrium Systems

                                                 1-13 June 2026 
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Beg Rohu Summer School
Course
Lab Works

In this module the master students will participate in real lab experiments at several partner schools.

Course
Case studies II

A case study is a lecture on three hours only aiming is to tell the complete “story” of a quantum device or a quantum effect from the discovery or realisation to today’s impact on the scientific community and even to society. The challenge is to be exhaustive within the time limit, i.e. to give the theoretical basis, describe the quantum nature of the effect and explain how it is possible to measure it.

A few examples to give you an idea of what it is about are: Superconducting Quantum Interference Device (SQUID), single-photon detection, a concrete example of light trapping (atoms, dielectric spheres, etc.), the Aharonov-Bohm effect, quantum cascade lasers, ...

The aim is to illustrate a concrete case that demonstrates the quantum effect and makes it visible, bearing in mind that the lecture has to be adapted for the knowledge of M2 students.

Course
Quantum Programming

Francesco Arzani, Ulysse Chabaud, Harold Ollivier

Course
Quantum Sensing

Alexey Tiranov