The Dangerous Promise of Singlet Oxygen: A Key to Better Batteries—and Their Downfall
A reactive, high-energy form of oxygen is a key player in the quest for next-generation energy storage, holding both promise…
A reactive, high-energy form of oxygen is a key player in the quest for next-generation energy storage, holding both promise…
Scientists convert polystyrene into adipic acid for nylon via a low-energy, catalytic process at about 150°C, offering scalable upcycling of plastic waste
A new electrochemical process allows forensic investigators to visualize fingerprints on spent brass ammunition casings, a breakthrough that could help…
A new study from the University at Buffalo is challenging a long-held principle of chemistry, suggesting that core electrons, once…
Researchers are developing a new class of high-performance materials from two of the most abundant organic polymers on Earth, representing…
Researchers have developed a one-step method that uses rapid heating to recover rare earth elements from electronic waste, offering a…
Scientists at the U.S. Department of Energy’s Argonne National Laboratory have deciphered the complex molecular interactions that govern the separation…
COOKIE-Pro, Baylor proteomics tool, maps covalent inhibitors across thousands of proteins, quantifying affinity and reactivity to guide safer drug design
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