Gyrification: how the brain folds

The rhythm of the circadian clock

The impact of gravity changes on our body

Where does life come from?

Modeling the physical properties of red blood cells as they change shape

How microtentacles help tumor cells metastasize

Morphogen gradient scaling during tissue growth

How are cells able to feel their physical environment?

Biomechanical properties of the extracellular microenvironment and tumor cells

Sensory prostheses

DNA origami: from folding paper to drug delivery

Measuring mechanical properties of tumor cells to fight cancer

Bioluminescence imaging

What is a biofilm?

Phagocytosis, the hard meal of macrophages

What's the link between the coronavirus and a salad dressing?

Modeling embryogenesis

What is Life? From Earth to Universe

The effect of constriction on cells at the level of the nucleus

Ising model for biological physics

How does the brain get its folds?

Detection of intracellular dynamics and mapping of tissues

Dynamics of red blood cells

Ecological diversity, drift and competition

Fluorescence: a tool to study molecular dynamics in biology