Skip to content.
|
Skip to navigation
Personal tools
English
Français
Intranet
Laboratoire de
Physique
Search Site
only in current section
Advanced Search…
Our network
ENS de Lyon
Centre Blaise Pascal
IXXI
PSMN
CNRS
INP-CNRS
UCBL
FRAMA
Labex Imust
Sections
Home
Physics Lab
About the lab
Contact and Access
Services Communs
Directory
Who's who
Publications
Alumni
News
Events
Defenses
Legal Mentions and Credits
Teams
Physics of Complex Matter
Fluid Dynamics, Environment, Climate
Information, Apprentissage, Numérique
Theory & Models
Quantum matter and systems
Physics of life and active matter
Seminars
Colloquium
Experimental physics and modelling (EPM)
Theory & Quantum Physics (TQP)
Gravity seminars
Machine Learning and Signal Processing
Other seminars
Archives
PhD & Post-docs
Proposed PhD theses
Next defenses (Ph.D. and Habilitations)
Thèses soutenues
COVID-19
Spatial and temporal regularization to estimate COVID-19 Reproduction Number R(t)
Hydrodynamique du COVID
Cycle de séminaires « La covid-19: regards et questions interdisciplinaires »
Partners
École Doctorale PHAST
Fédération de Recherche André Marie Ampère
iMUST - Institute of MUltiscale Science and Technology
LIO - Lyon Institute of Origins
MILYON - Mathématiques et Informatique Fondamentale de Lyon
Centre Blaise Pascal
Institut Rhônalpin des Systèmes Complexes
GDR Architecture et Dynamique Nucléaires
GDR Phénoménologie de la Turbulence
GDR Défis théoriques pour les sciences du climat
UMR 5672
You are here:
Home
/
Teams
/
Physics of life and active matter
Info
Physics of life and active matter
Research topics
Dynamics of Bacteria
We investigate the dynamical properties of bacteria under particular environmental conditions
Read more
Genome function and mechanics
We investigate the physical properties of genomes and their function
Read more
Physics of viruses
We investigate the physical properties of viruses
Read more
Protein interactions at the single molecule level
Using experimental and numerical simulation, we investigate the interactions of proteins with DNA and other proteins at the single-molecule level
Read more
Synthetic and biological active matter
We investigate the properties of synthetic and biological active matter
Read more
Transport across nanopores and nanofluidics
We investigate transport properties of biological molecules and complexes across nanopores, as well as nanofluidics
Read more
Navigation
Research Topics
Members
Contacts
Team manager:
Martin Castelnovo