
New device produces ammonia from air and reduces carbon emissions
An innovative device could change the way fertilizers are produced and dramatically reduce carbon emissions in agriculture.

An innovative device could change the way fertilizers are produced and dramatically reduce carbon emissions in agriculture.

Researchers hope this bioinspired sensor could lead to the creation of a new generation of wearable sensors that integrate more naturally into everyday life.

This development offers an efficient and ecological solution for recycling lithium batteries, as a major change in the management of technological waste.

This process of creating luminous wood begins with the inoculation of balsa wood with threads of bioluminescent fungi.

The use of ammonia in marine engines is set to transform the way the industry navigates in the coming years.

The new batteries integrate protons that have a smaller ionic radius and mass, allowing for rapid diffusion and transfer of energy through their internal materials.

UK scientists develop carbon-14 diamond battery capable of powering devices for millennia without replacement.

A new 3D bioprinting technique enables the creation of functional tissues at high speed.

The Pegasus E vehicle has achieved successful sales and a round of crowdfunding, demonstrating global interest in urban air mobility.

It can navigate difficult terrain, just like an all-terrain vehicle, acting almost like a "floating snowmobile."

SSAB and AWS partner to make fossil-free steel using green hydrogen.

Researchers have developed a solution that eliminates the use of rare earths in electric motors, using copper as a sustainable material.