A high-precision method of producing electrodes, developed by a group of researchers, would enable hybrid batteries that charge quicker than traditional ones and have a much better electrical capacity and extended stability.
More than four billion tons of uranium exist in the oceans. This huge quantity would be sufficient to meet the global energy requirements for the next 10,000 years, only if the element could be captured from seawater to fuel nuclear power plants.
Scientists at The Scripps Research Institute (TSRI) have devised a new molecule-building method that is likely to have a major impact on the pharmaceutical industry and many other chemistry-based enterprises.
Discovered more than 125 years ago, liquid crystals play a significant role in screens of computer monitors and TV, watches, clocks and a variety of other electronics displays. Scientists are still attempting to improve the molecular makeup of these liquid crystals.
A new and direct method to transform gaseous methane into liquid methanol has been discovered by chemists at ETH Zurich and the Paul Scherrer Institute. This new discovery provides industry with a new method of using the gas, rather than the current method of burning it off.
A team of researchers from EPFL have constructed a single-atom magnet that possesses the highest stability to-date. The innovation will enable the scalable production of miniature magnetic storage devices.
Moving bodies can be attracted to each other, even when they’re quite far apart and separated by many other objects: That, in a nutshell, is the somewhat unexpected finding by a team of researchers at MIT.
In an effort to design novel materials for energy applications, scientists have developed a unique system to make artificial polymers that mimic the ubiquitous proteins, which are nature's own polymers and are involved in all aspects of life.
What happens if the symmetry of metamaterial is broken by the direction of illumination rather than by the material itself? Curiosity surrounding this question led a team of researchers from the University of Southampton to discover a new type of optical activity. The researchers have published their findings in Applied Physics Letters, from AIP Publishing.
Atomic charges in chemical solutions are like Switzerland—they strive for neutrality. The tendency to balance charges drives dynamics when charged atoms or molecules, called ions, are present in solutions. Recently, researchers at the Department of Energy’s Oak Ridge National Laboratory have found new ways to influence selectivity for specific positively charged ions (cations) with the addition of simple receptors, not for cations but rather for negatively charged ions (anions).
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