Korean researchers have now developed a porous material that can bind and store CO2 efficiently and highly selectively. As Myunghyun Paik Suh and Hye-Sun Choi report in the journal Angewandte Chemie, the lattice-like network contains flexible “columns” that can open the pores of the three-dimensional lattice for CO2.
In the first study to look at what happens over the years to the billions of pounds of plastic waste floating in the world's oceans, scientists are reporting that plastics - reputed to be virtually indestructible - decompose with surprising speed and release potentially toxic substances into the water.
Srinivas Aluru recently stepped between the two rows of six tall metal racks, opened up the silver doors and showed off the 3,200 computer processor cores that power Cystorm, Iowa State University's second supercomputer.
A new carbon nanotube sensor developed at MIT is the first sensor that can reversibly detect nitric oxide. Monitoring nitric oxide levels in living cells, in real time, could help researchers figure out its role in cance...
The University of Kentucky Center for Biomedical Engineering and the UK College of Engineering Department of Chemical and Materials Engineering will host a symposium on "Advances in Bioactive Materials and Interface...
That palm tree magnet commemorating your last vacation is programmed for a simple function - to stick to your refrigerator. Similarly, semiconductors are programmed to convey bits of information small and large, processi...
Professor Paul O'Brien and his research team in the School of Chemistry at The University of Manchester are joining forces with Murata Manufacturing Co. Ltd, a Japan based manufacturer, to form a new research collaboration.
The Southampton Nanofabrication Centre, which opens on 9 September will make smaller, more powerful nano- and bio-nanotechnologies possible and save industry time and money.
Researchers in France, Germany, Switzerland and the UK have discovered new electron properties that could lead to useful applications in computers and lasers. The study, published in the journal Nature Materials, was fun...
The remarkable ability of fish to maneuver in tight places, or to hover in one area efficiently, or to accelerate in a seemingly effortless fashion has researchers wondering if they can create smarter materials that emulate the biology of these vertebrates.
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