Liquid hydrogen is often described as a clean-energy solution with a deceptively difficult storage problem. Turning hydrogen into a liquid...

For decades, battery researchers have treated one particular electrical signature as a near-direct window into what happens inside an electrode...

Adsorption—the process by which gases or liquids adhere to the surface of porous solids—is a cornerstone of modern green technology....

Thousands of peer-reviewed papers on battery devices are published each year. Despite this rapid growth, the data contained within these...

 Can we fuel gas turbines with hydrogen instead of fossil fuels and cut 15% of global carbon dioxide (CO2) emissions?...

Cobalt-free, high-nickel cathode batteries are moving fast toward commercial scale because they can improve driving range while reducing dependence on...

A new study in Communications Earth & Environment reports a user-centric renewable energy framework designed to power self-sufficient, zero-carbon infrastructure...

A new analysis of Canada’s 2023 wildfire season suggests that wildfire smoke didn’t just dim skies—it measurably reduced solar energy...

An Adelaide University-led synthesis has laid out a roadmap for how commercial aviation could move toward net-zero emissions by using...

Flow batteries are gaining attention as a practical route to storing renewable electricity, addressing a central barrier to the clean-energy...