Turning Waste CO₂ into Sustainable Methane with a Self-Healing Catalyst
Discovery of a self-healing catalyst improves conversion of carbon dioxide to methane
Discovery of a self-healing catalyst improves conversion of carbon dioxide to methane
Greenland’s Jakobshavn Glacier is one of the fastest-changing ice masses on Earth, losing billions of tonnes of ice each year. But new research has uncovered an unexpected twist: while this accelerated melting is a clear sign of climate breakdown, it is also fertilising nearby coastal waters, sparking bursts of marine productivity. A Glacier with Global … Continue reading The Surprising Effects of Greenland’s Glacier Melt on Arctic Biodiversity
For a long time, solar cells and batteries have worked as partners, as separate devices. One captures light, the other stores the electricity. Now, researchers have blurred that boundary with a breakthrough that could reshape how we power portable electronics. A new study presents a highly efficient all-perovskite solar-battery system; a device that doesn’t just … Continue reading Solar Cells and Batteries Become One: A Leap for Portable Power
A zero-strain manganese-rich cathode that resists damage during cycling for a long-lasting battery avoiding reliance on cobalt and nickel.
E Coli makes PET alternative
How silicon helps split water
The potential for indoor solar for charging batteries.
The push to expand renewable energy is running into a practical challenge: how to build offshore wind farms quickly and cheaply enough. Offshore wind has huge potential, especially in Northern Europe where countries have access to the sea, but building turbines further out from land comes with steep costs. A recent study explores an innovative … Continue reading Wind Barges Offer Cheaper Offshore Clean Energy Production
Perovskite is central to current photovoltaic development, but what does the term actually mean?
Ultra-fast femtosecond lasers make solar thermoelectrics 15 times more effective