| D. Abergel |
Structure and dynamics of biomolecules |
ENS |
| C. Adamo |
Theoretical chemistry and modeling |
Chimie ParisTech |
| N. Andrieu |
Genetic epidemiology of cancer |
Institut Curie |
| M. Baaden |
Theoretical biochemistry laboratory |
IBPC |
| D. Baigl |
NanoBiosciences and MicroSystems (NBMS) |
ENS |
| B. Barbour |
Neuronal algorithms |
ENS |
| E. Barillot |
Bioinformatics and Biology of Cancer Systems |
Institut Curie |
| F. Bedioui |
Synthesis, electrochemistry, imaging and analytical systems for diagnosis |
Chimie ParisTech |
| J. Bibette |
Colloids and divided materials laboratory |
ESPCI |
| U. Bockelmann |
Nanobiophysical laboratory |
ESPCI |
| F. Burlina |
Biomolecules: analysis, molecular and cellular interaction |
ENS |
| R. Carminati |
Waves in complex environments |
ESPCI |
| Y. Chen |
NanoBiosciences and MicroSystems (NBMS) |
ENS |
| S. Cocco, R. Monasson, T. Mora, A. Walczak |
Statistical physics |
ENS |
| J. Cossy |
Laboratory of organic chemistry |
ESPCI |
| O. Dauchot |
Collective effects and soft matter |
ESPCI |
| Y De Wilde |
Infrared near-field optics, micro and nano thermics |
ESPCI |
| B. Dubertret |
Paris quantum dots |
ESPCI |
| R. Ferrière and S. De Monte |
Eco-Evolutionary Mathematics |
ENS |
| G. Gasser |
Inorganic chemical biological laboratory |
Chimie ParisTech |
| A. Genovesio |
Computational Bioimaging and Bioinformatics |
ENS |
|
| S. Gigan |
Complex media optics |
ENS |
| L. Grimaud |
Peptides, glycoconjugates and metals in biology |
ENS |
| B. Gutkin |
Mathematics of neural circuits |
ENS |
| D. Holcman |
Group of applied mathematics and computational biology |
ENS |
| L. Jullien |
Physical and Biological Chemistry of Living Matter |
ENS |
| W. Kiel |
Quantitative developmental biology |
Institut Curie |
| R. Koszul |
Spatial regulation of genomes |
Institut Pasteur |
| D. Laage |
Theoretical chemistry |
ENS |
| A. Latouche |
Statistical methods for precision medicine (STAMPM) |
Institut Curie |
| A. Maggs |
Theoretical physico-chemistry |
ESPCI |
| J-B. Masson |
Bayesian decision and process |
Institut Pasteur |
| E. Meyer |
Programmed genome rearrangements in ciliates |
ENS |
| P. Meyer |
Molecular chaperones and macromolecular assemblies biogenesis |
IBPC |
| H. Morlon |
Modeling biodiversity |
ENS |
| S. Ostojic |
Network dynamics and computation |
ENS |
| V. Pichon |
Analytical sciences, bioanalytics and miniaturization |
ESPCI |
| O. Rivoire |
Statistical biology |
Collège de France |
| Y. Rondelez |
Molecular systems and programs |
ESPCI |
| N. Rouach |
Neuroglial interactions in cerebral physiopathology |
Collège de France |
| P. Sens |
Physical approaches to biological issues |
Institut Curie |
| D. Thieffry |
Computational systems biology |
ENS |
| C. Thomas |
Organometallic chemistry and polymerization catalysis |
Chimie ParisTech |
| H. Turlier |
Multiscale Physics of Morphogenesis |
Collège de France |
| V. Vidal |
Catalysis, biomolecule synthesis and sustainable development |
Chimie ParisTech |
| J. Vinh |
Mass spectometry and proteomics |
ESPCI |
| T. Walter |
Statistical machine learning and modelling of biological systems |
Institut Curie |
| C. Zimmer |
Imaging and modeling |
Institut Pasteur |
