In conversation with Mále Uribe, we set out to learn about the processes and ideas that work at the intersection of art, ...

Scientists developed living materials that turn Martian dust into structures using synthetic lichens. This innovation enables ...

What is PM2.5? Hazardous airborne particles and chemicals can come in a variety of forms, and from a variety of sources, even some natural ones. Wind-blown desert and mineral dust, wildfires, ...

One of the main objective of mechanics of materials is to predict when the material experiences fracture (fails), and to prevent this failure. With this objective in mind, it is desirable to use it ...

S cientists in Switzerland have turned to a rare flying squirrel’s remarkable treetop agility to develop a new generation of ...

Experimental studies on the complex susceptibility of soft magnetic composite materials (magnetostrictive Ni-Zn and Ni-Zn-Co spinels) in their region of ferrimagnetic resonance (FMR) show that the FMR ...

Discover how natural fiber composites like flax are driving sustainability in automotive production, cutting CO2, and boosting efficiency.

Imagine printing your Martian home from dust, sunlight, and a bit of biology. A new synthetic lichen system uses fungi and ...

From there, BMW started using composites developed with its natural composite partner Bcomp in the M4 GT4 and the M4 that ...

Porous materials derived from natural and biodegradable polymers have received growing interest. We demonstrate here an attractive method for the preparation of protein-based porous materials using ...

Science is a powerful way of knowing that has transformed the relationship between human society and the natural world. Drawn from the Latin word for knowledge, in the broadest sense, science means a ...

Barium titanate (BaTiO3) is a conventional piezoelectric material, but its biocompatibility is limited. Besides, its piezoelectric property is significantly different from that of natural bone tissue.