New results published in the journal Physical Review Letters detail how a specially designed metamaterial was able to tip the ...

In the late 18th and 19th centuries, the Industrial Revolution created demand for stronger, more reliable materials for machines, railroads, ships and infrastructure. The material that emerged was ...

What does one do with a 30,000-pound bomb and 90 meters of ancient carbonate rock? For the U.S. Air Force, the solution at ...

Is the global oil supply chain a battlefield for unseen threats now? The recent blast on board the Vilamoura, a tanker ...

Inspired by nature, scientists created a self-powered device that recognizes color just like our eyes, paving the way for ...

Sustainable materials—powered by sunlight and living microbes—that remove pollutants from water, release oxygen into a wound ...

This review examines AI and ML's role in transforming thermoelectric materials design, focusing on defect engineering and ...

New images from the European Space Agency’s Biomass mission show how the satellite uses advanced radar to map flows of carbon through our planet’s most precious and remote ecosystems ...

The new facility will combine academic innovation with industrial applications, catalyzing economic growth and training bioengineers.

College of Engineering Materials Science & Engineering Nearly all technology — whether brand new or well-established — depends on materials development and innovation. Understanding the behavior of ...

A research group led by Chemical Engineering Professor Milad Kamkar has developed a method to make it possible to have stable liquid droplets filled with different nanomaterials in another liquid.

This perspective presents an exploration of MXenes and metal–organic frameworks (MOFs) in diverse applications such as biomedical, electronics, and sensing based on their structural properties. The ...