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.
A powerful new resource has been developed by researchers to enable scientists across the globe address tough science challenges related to biology, environment, and energy. This resource - 21 Tesla Ultra-High-Resolution Mass Spectrometer (21T) - is available at the Environmental Molecular Sciences Laboratory, a Department of Energy Office of Science user facility at the Pacific Northwest National Laboratory.
From stretchy spandex to cushy sofas, polyurethanes are widely used in several consumer products to ensure better comfort while walking, sitting, and sleeping. Once the products use has expired, most of these non-degradable materials are put on landfills. Reporting in the ACS Macro Letters journal, a team of researchers have discussed a potential way to decrease future waste - chemically recyclable foam produced from a novel sugar-based material.
Scientists consider the dynamical responses of heterogeneous materials to be complicated, despite the fact that these responses regularly occur in engineering applications.
A team of biochemists from UCLA have created a method to convert sugar into a range of useful chemical compounds, without the use of cells. These chemical compounds could potentially be applied in the manufacture of new pharmaceuticals and biofuels.
Concrete, the commonly used construction material all over the world, is a key contributor to climate change. As a result, scientists from Rice University have suggested that it is important to know every detail about it's manufacturing process.
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.
Solar cells made of artificial crystalline structures called perovskites have shown great promise in recent years. Now Stanford University scientists have found that applying pressure can change the properties of these inexpensive materials and how they respond to light.
A team of international researchers has successfully measured precise binding energy of a 10ËBe hypernucleus made of four protons (ñ), five neutrons (n) and and a Lambda (Ë) particle, at Thomas Jefferson National Accelerator Facility (JLab), USA.
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.
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