Events

Coevolution between flowering plants and their pollinators

How pollinators influence flower evolution : an experimental approach

Electric mobility : questions and prospects

Mobility, the formidable equation of carbon, equity and efficiency

Children's drawings and geometric universals : how to explain them ?

Plant-pollinator interaction networks and pollination efficiency

Interaction networks between plants and pollinators to understand how these communities function and how they respond to disturbances

Cell volume, mass and density

All-solid-state technology: from its beginnings to its decline and recent renaissance thanks to the discovery of new ionic conductors

Mechanics of materials: another dimension for the solid state

Hydrogen in the energy transition (I)

The future of air transport in a carbon-constrained world : What research and prospects for electric and hydrogen-powered aircraft ?

Geometric and musical patterns and their brain mechanisms

The respective roles of a priori, noise and confidence in learning

What data is needed to describe and understand changes in biodiversity ?

Participatory science to monitor biodiversity : tools for scientific research and social mobilization

Osmotic model " pumps and leaks "

Ionic conductors: from oxides to thiophosphates, argyrodite and halides

Some couplings that define cell size and density distribution

See  for details: optical microscopy for electrochemical energy conversion

Hydrogen in the energy transition (II)

The place of hydrogen in our future energy mix : understanding and controlling combustion-related safety (fires, explosions)

What changes are taking place in pollinators ?

Consequences of urbanization for pollinating insects and prospects for mitigation

Cell volume and nucleus volume

All-solid batteries: a problem of interface, pressure and chemomechanics

The NaSICON structure: from ionic conductors to battery electrodes. Towards all-solid state sodium systems?