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BP1 Interfaces and compartments in soft matter and biophysics
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BP2 Research and technological developments based on DNA & RNA: Algorithmic materials for self-assembly and self-organization
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| (CP) |
Chemical Physics |
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CP1 Design, synthesis and assembly of patchy particles
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CP2 Self-assemblies on surfaces and supramolecular monocrystals
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| FP |
Women and Physics: women and large scale facilities |
| (MM) |
Soft matter & nanofluidics |
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MM1 Polymers and neutrons
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MM2 Transport Processes in Permeable Media |
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MM3 Acoustics and soft matter
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MM4 Optofluidics: optical manipulation and applications
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MM5 Liquids at interfaces investigated by dynamic methods
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| (MP) |
Advanced materials |
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MP1 Glasses under extreme conditions
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MP3 From the exploration of new compounds in solid chemistry to outstanding electronical properties for solid state physicists |
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MP4 Influence of micro-/nanostructures on plasticity |
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MP5 Alloy surfaces: structure and reactivity |
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MP6 Physical metallurgy: Jacques Friedel’s heritage |
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MP7 Opto-mechanical coupling in glasses |
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| (OS) |
Optics & Spectroscopy |
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OS1 Hybrid plasmonics and opto-functional nanomaterials
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OS2 Colloidal semiconductor nanocrystals and their applications |
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OS3 Characterization and modeling of nanoparticle optical properties: advances and recent trends
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| (PM) |
Meso- and Nanoscopic Physics |
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PM1 Nanoconduction and nanoradiation
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PM2 Optomechanics: Exploring Physics from the macroscopic down to the nanometric scale |
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PM3 Toward flying Qbits: a mini-colloque on ultrafast quantum nanoelectronics |
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| (MQ) |
Quantum Matter
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MQ1 Nuclear quantum effects: structure and dynamics |
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MQ2 Ultracold atoms and condensed matter |
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MQ3Disorder and Interactions in Quantum Systems |
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MQ4 Green's function methods from first principles: GW, dynamical mean field theory and beyond |
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MQ5 Polaritonics |
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MQ6 Topological properties of quasi crystalline structures |
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MQ7 Topological Properties of Matter : Insulators, Semi-metals, Quasicrystals and beyond
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