materiO’

The MIT, which definitely never ceases to impress us with the quality and diversity of the technological advances it offers, is currently developing a flexible battery prototype in the form of a wi

Discussion between Loève Saint-Ourens (FRANCECLAT) and Quentin (matériO'), where it is a question of cross-fertilization, glass micro-spheres, fish droppings, cellulose foam, the edge of knives, a

We are used to car bodies so the appearance and color are changed depending on the direction and intensity of the light.

Vincent Leroy is prolix, and Vincent Leroy travels, the lucky one.

Would popcorn be an interesting new alternative to EPS, for applications in protective packaging as well as in building insulation?

A Mondrian painting in 3D? The conceptual model of the new Philadelphia mall? No! But the exact composition of a VW Beetle from 1979.

For more than 10 years now, a group of researchers from Aalto University (Finland) has been exploring the different possible transformations of wood.

Researchers at the University of Tsukuba have developed an extremely strong and particularly flexible conductive fiber that holds promise for flexible electronic materials.

Producing wood harder than steel is possible, researchers at the University of Maryland have achieved.

matériO was invited on October 5 to participate in Re_Fashion Day, a conference with meetings, debates and discussions on the future of the textile sector and the best practices to be adopted from