Antimony selenide (Sb2Se3) emerges as a potential light-absorbing material for thin film photovoltaics and photoelectrochemical (PEC) water-splitting devices, due to its earth-abundant constituents and excellent photoelectric properties. However, losses produced…
The formation of exposed active sites that have high activity and stability for oxygen evolution reaction (OER) catalysts is a significant opportunity for improving water electrolyzers. Low-index facets surface Ru…
Reversible interactions of organic substrates with transition metal compounds are a hallmark of their chemistry and its catalytic applications, but remain uncommon for low-valent p-block compounds. We report here the…
President Trump signed an executive order on Tuesday outlining a series of actions intended to lower drug prices, including helping states import drugs from Canada. The policies were more modest…
Understanding and controlling the fluorescence of dye molecules is essential for many applications especially in biological imaging. Electrochemical-induced modulation of fluorescence provides the capability to non-destructively control the fluorescent emission…
The percentage of American children estimated to have autism spectrum disorder increased in 2022, continuing a long-running trend, according to data released on Tuesday by the Centers for Disease Control…
Symmetry-forbidden reactions are notoriously difficult to investigate as they are typically overshadowed by the corresponding symmetry-allowed pathway. Mechanical activation allows access to reaction pathways disfavoured using other methods of activation,…
One of the cyber security world’s most significant assets, the common vulnerabilities and exposures (CVE) system operated by US-based non-profit MITRE appears to be heading for trouble after it…
Protein evolution has emerged as a crucial tool for generating proteins with novel characteristics. A key step in protein evolution is the mutagenesis of protein-coding DNA. Error-prone PCR (epPCR) is…
High-temperature X-ray detection holds promise potential in practical application with the development of industries. Organic-inorganic manganese-based halide (OIMH) scintillators have aroused a research upsurge due to their high X-ray attenuation…
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