Soft materials: from macromolecular building block's to soft matter physics and mechanics of solids - 2022

Dans cette catégorie : Quantum many-body systems out of equilibrium - 2023 | Biomedical Imaging School 2023 | GDR-HEA Alliages hautes entropie - 2023 | International School of Oxide Electronics 2023 (ISOE 2023) | Bridging Classical and Quantum Turbulence - 2023 | 2nd Advanced Summer School on Mathematical Fluids Dynamics - 2023 | Interfreeze : Freezing and Interfaces - 2023 | Wave Localization and Many-Body Localization in Quantum Information - 2022 | Wave propagation and control in complex media - From spatial to temporal degrees of freedom 2022 | Passive imaging and monitoring in wave physics: from seismology to ultrasound - 2022 | Numerical Wildfire 2021 | International School of Oxide Electronics 2021 (ISOE 2021) | Les 60 (+1 an) de l'Institut d'Etudes Scientifiques de Cargèse - 2021 | Clean and Desordered out of Equilibrium : Interplay Classical and Quantum Dynamics - 2020 | Imaging in wave physics : multi-wave and large sensor network - 2019 | Emergent phenomena in quantum matter - Epiqur2019 |

Structural studies of soft matter using small angle scattering - Annie Brulet
Chemistry of polymers networks including covalent adaptable networks and dynamic covalent chemistry - Christopher N. Bowman
Adhesion and fracture of soft dissipative materials - Matteo Ciccotti
Linear viscoelasticity + dynamics of unentangled polymers - Ralph Colby
Why is soft matter soft and why is ideal polymers is ideal ? - Alexander Grosberg
Comment on Flory-Huggins - Alexander Grosberg
What instead of virial expansion - Alexander Grosberg
Large Deformation Field Theory - Chung-Yen Hui
Structural analysis of polymers using microscopy : basics - Hiroschi Jinnai
Structural analysis of polymers using microscopy : Applications - Hiroschi Jinnai
Flow of dilute polymers solutions : rheology and microfluidics - Anke Lindner
Some Microfluidics examples - Anke Lindner
Concentrated systems, phase separation and phase diagrams - Tom Mc Leish
Fundamentals of controlled/living radical polymerization - Kris Matyjaszewski
Dynamics and Semidilute Polymer Solutions. Introduction of Microrheology - Tetsuharu Narita
Semidilute entangled solutions tube diameter - Tetsuharu Narita
Interfaces 1 : Surfaces energy - wetting - Frédéric Restagno
Interfaces 2 : Friction - Frédéric Restagno
Polymer physics Lecture 2 - Real Polymers chain - Michael Rubinstein
Contact Mechanics and Viscoelasticity - Kenneth R. Shull
Viscoelasticity : Continuum Theory - Kenneth R. Shull
Rheology of Colloid (bref introduction) - Dimitri Vlassopoulos