Chemists at the U.S. Department of Energy’s Brookhaven National Laboratory have developed a new catalyst that accelerates the rate of a main step in “artificial photosynthesis”—an effort to imitate how algae, plants, and certain bacteria harness sunlight to change water and carbon dioxide into energy-rich fuels.
A research team from MIPT, Skoltech, and Dukhov Research Institute of Automatics, headed by ArtemOganov, employed a machine learning technique for modeling the behavior of uranium and aluminum in the crystalline and liquid phases at various pressures and temperatures.
Solid glass acts similar to slow-moving liquids and can be seen by looking at the waves at the bottom of old window panes.
Latest research reveals that an unusual kind of magnetic behavior discovered a couple of years ago holds great potential as a means to store data — one that could overcome major limits that might otherwise be indicating the end of “Moore’s Law,” which describes the continuing improvements in computation and data storage over the last few decades.
Glow-in-the-dark paints that have enhanced transparency and flexibility while also being easier and cheaper to manufacture are on the horizon courtesy of new research from Kyushu University.
The effects of surface tension are of central importance in many everyday phenomena: it causes small droplets of rain to stick to your windows, creates bubbles when you add detergent in your sink, and propels water-striding insects on the surface of ponds.
Using DNA from salmon, researchers in South Korea hope to make better biomedical and other photonic devices based on organic thin films. Often used in cancer treatments and health monitoring, thin films have all the capabilities of silicon-based devices with the possible added advantage of being more compatible with living tissue.
Lawrence Livermore National Laboratory (LLNL) scientists have stooped down to the atomic scale to solve every "jiggle and wiggle" of atomic motion that forms the basis of metal strength.
Boeing has given a $600,000 grant to the University of Texas at Arlington to test composite components that officials believe will pave the way towards longer-lasting aircraft as well as help identify when those components might fail.
A fully scalable method to synthesize atom-precise platinum clusters has been developed by scientists at Tokyo Institute of Technology (Tokyo Tech). These platinum clusters have potential use in catalytic applications.
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