In silico
Partager
Most of the teams that are part of PSL-Qlife work around our three main topics with in vivo or in vitro systems, but some teams also work entirely or partially with in silico systems or modeling.
- Daniel Abergel (ENS) - Structure and dynamics of biomolecules
- Carlo Adamo (Chimie ParisTech) - Theoretical chemistry and modeling
- Nadine Andrieu (Institut Curie) - Genetic epidemiology of cancer
- Marc Baaden (IBPC) - Theoretical biochemistry laboratory
- Damien Baigl ENS) - NanoBiosciences and MicroSystems (NBMS)
- Boris Barbour ENS) - Neuronal algorithms
- Emmanuel Barillot (Institut Curie) - Bioinformatics and Biology of Cancer Systems
- Fethi Bedioui (Chimie ParisTech) - Synthesis, electrochemistry, imaging and analytical systems for diagnosis
- Jérôme Bibette (ESPCI) - Colloids and divided materials laboratory
- Ulrich Bockelmann (ESPCI) - Nanobiophysical laboratory
- Fabienne Burlina (ENS) - Biomolecules: analysis, molecular and cellular interaction
- Rémi Carminati ESPCI) - Waves in complex environments
- Yong Chen (ENS) - NanoBiosciences and MicroSystems (NBMS)
- Simona Cocco, Rémi Monasson, Thierry Mora, Aleksandra Walczak (ENS) - Statistical physics
- Janine Cossy (ESPCI) - Laboratory of organic chemistry
- Olivier Dauchot (ESPCI) - Collective effects and soft matter
- Yannick De Wilde (ESPCI) - Infrared near-field optics, micro and nano thermics
- Benoit Dubertret (ESPCI) - Paris quantum dots
- Régis Ferrière and Silvia De Monte (ENS) - Eco-Evolutionary Mathematics
- Gilles Gasser (Chimie ParisTech) - Inorganic chemical biological laboratory
- Auguste Genovesio (ENS) - Computational Bioimaging and Bioinformatics
- Sylvain Gigan (ENS) - Complex media optics
- Thomas Gregor (Institut Pasteur) - Physics of biological functions
- Laurence Grimaud, Clotilde Policar (ENS) - Peptides, glycoconjugates and metals in biology
- Boris Gutkin (ENS) - Mathematics of neural circuits
- David Holcman (ENS) - Group of applied mathematics and computational biology
- Ludovic Jullien (ENS) - Physical and Biological Chemistry of Living Matter
- Wolfgang Keil (Institut Curie) - Quantitative developmental biology
- Romain Koszul Institut Pasteur) - Spatial regulation of genomes
- Damien Laage (ENS) - Theoretical chemistry
- Aurélien Latouche (Institut Curie) - Statistical methods for precision medicine (STAMPM)
- Anthony Maggs (ESPCI) - Theoretical physico-chemistry
- Jean-Baptiste Masson (Institut Pasteur) - Bayesian decision and process
- Eric Meyer (ENS) - Programmed genome rearrangements in ciliates
- Philippe Meyer (IBPC) - Molecular chaperones and macromolecular assemblies biogenesis
- Hélène Morlon (ENS) - Modeling biodiversity
- Srdjan Ostojic (ENS) - Network dynamics and computation
- Valérie Pichon (ESPCI) - Analytical sciences, bioanalytics and miniaturization
- Olivier Rivoire (Collège de France) - Statistical biology
- Yannick Rondelez (ESPCI) - Molecular systems and programs
- Nathalie Rouach (Collège de France) - Neuroglial interactions in cerebral physiopathology
- Pierre Sens (Institut Curie) - Physical approaches to biological issues
- Denis Thieffry (ENS) - Computational systems biology
- Christophe Thomas (Chimie ParisTech) - Organometallic chemistry and polymerization catalysis
- Hervé Turlier (Collège de France) - Multiscale Physics of Morphogenesis
- Virginie Vidal (Chimie ParisTech) - Catalysis, biomolecule synthesis and sustainable development
- Joelle Vinh (ESPCI) - Mass spectometry and proteomics
- Thomas Walter (Institut Curie) - Statistical machine learning and modelling of biological systems
- Christophe Zimmer (Institut Pasteur) - Imaging and modeling
Partager