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Microscopic images of the developing ovipositor (vulva) in the nematode C. elegans, the system used by the researchers to conduct their study.
Date du contenu
21.07.2026
News

Shaping the fate of cells using a dynamic map of development

Is it possible to predict and steer the fate of developing cells without knowing all the details of the molecular mechanisms that govern them? By combining mathematical modelling with experiments in…
Fibroblastes associés au cancer (CAF) présentant un ordre nématique : chaque couleur représente une orientation locale.
Date du contenu
20.07.2026
News

How Certain Cells in the Tumor Microenvironment Build a Barrier That Controls Metastasis

In certain cancers, such as pancreatic or colorectal cancers, tumor cells are surrounded by a capsule of fibroblasts. By combining theoretical physics and cell biology, a new study reveals how, under…
Schéma du réseau magnétique kagome de Y-kapellasite dans l’enclume utilisée pour les expériences complémentaires de diffraction des rayons X
Date du contenu
15.07.2026
News

Spins under pressure: towards a quantum liquid state

A team of researchers has demonstrated that, under pressure, a magnetic compound is capable of transitioning from an ordered magnetic state to a rare quantum state known as a spin liquid.
An optical obstacle in a superfluid light flow. At the top, all is calm: as long as the velocity remains low, the fluid ‘glides’ without any friction, making the obstacle ‘invisible’ to the flow. But as soon as the critical velocity is exceeded, as shown below, superfluidity breaks down due to the emission of a pair of quantised vortices in the wake of the obstacle. Surprisingly, the obstacle then moves upstream, propelled by the vortices it leaves behind.
Date du contenu
07.07.2026
News

A ‘quantum fish’ swims upstream in a superfluid flow: A new form of propulsion in a fluid of light

Researchers have observed that a superfluid flowing around an object is capable of setting the object in motion against the direction of the flow if the flow velocity is high enough.
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