Tiny changes at the atomic scale can determine the future of clean energy. In a new study, Tohoku University researchers have revealed how the precise coordination environment surrounding a single ...

A research team led by Professor Su-Il In of the Department of Energy Science and Engineering at DGIST has uncovered the ...

Tiny changes at the atomic scale can determine the future of clean energy. In a new study, Tohoku University researchers have revealed how the precise ...

New research shows 2D carbon materials can store electrical states, reshaping how AI chips manage power and lower electricity ...

Space is tough on materials. Radiation, UV light, atomic oxygen and sharp temperature swings can degrade metals, polymers and coatings over time. This article looks at the current ways researchers are ...

Researchers used artificial intelligence to redesign hydrogen fuel cell catalysts, boosting performance and durability while cutting costs for clean transport.

In the strange world of quantum physics, even the tiniest tweak can unlock outsized rewards.

A research team led by Professor Su-Il In of the Department of Energy Science and Engineering at DGIST (President Kunwoo Lee) has uncovered the ...

In the era of climate crisis, hydrogen vehicles are emerging as an alternative for eco-friendly mobility. However, the fuel cell, known as the "heart of the hydrogen car," still faces limitations of ...

Adaptive materials can play a central role in net-zero building, offering a solution that's not only smart but sustainable from production to end-of-life.

The discovery of bright yet stable pigments is vanishingly rare, making them hugely valuable. Now chemist Mas Subramanian is unpicking the atomic code of colour and homing in on our most-wanted hue ...

On a recent Saturday morning at the Savannah River Site Museum, a group of Scouts leaned over tables scattered with Geiger ...