#Innovative treatment prevents spread of bacteria across metal surfaces

“#Innovative treatment prevents spread of bacteria across metal surfaces” This image shows a peptide release test, with the increased purple color showing more peptides being released. Credit: Purdue University Researchers at Purdue University have developed a treatment to infuse a hardened metal surface with naturally occurring antimicrobial peptides. The Purdue team’s technology creates a hard…

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#Scientists go the distance in electron transfer study

“#Scientists go the distance in electron transfer study” One common way cells move electrons is to shuttle them around on small protein electron carriers. This banner depicts a rendition of electron carrier proteins, with the electron carrying centers in red. Credit: Jingcheng Huang, post-doctoral associate, MSU-DOE Plant Research Laboratory Electron movement—what scientists call electron transfer—powers…

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#Rare glassy metal discovered during quest to improve battery performance

“#Rare glassy metal discovered during quest to improve battery performance” New research describes the evolution of nanostructural lithium atoms (blue) depositing onto an electrode (yellow) during the battery charging operation. Credit: University of California – San Diego Materials scientists studying recharging fundamentals made an astonishing discovery that could open the door to better batteries, faster…

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#Small but self-imposing: Titanium alters behavior of host lattice atoms

“#Small but self-imposing: Titanium alters behavior of host lattice atoms” Titan, lord of the lattice. Credit: Daria Sokol, MIPT Researchers from MIPT and their colleagues from Ural Federal University have combined optical and acoustic approaches and found that incorporating titanium atoms into barium hexaferrite leads to an unexpected substructure forming in the crystal lattice. The…

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#Hydrogel mimics human brain with memorizing and forgetting ability

“#Hydrogel mimics human brain with memorizing and forgetting ability” The hydrogel’s memorizing-forgetting behavior is achieved based on fast water uptake (swelling) at high temperature and slow water release (shrinking) at low temperature, which is enabled by dynamic bonds in the gel. The swelling part turns from transparent to opaque when cooled, enabling memory retrieval. Credit:…

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#Controlling streams of liquid metal at room temperature

“#Controlling streams of liquid metal at room temperature” When liquid metal is released into water, its high surface tension makes it form droplets — rather than streams. But when a low voltage is applied, the surface tension drops, allowing the liquid metal to stream out as hairlike filaments. Credit: Minyung Song, NC State University Researchers…

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