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The icy surface of Jupiter 's moon Europa appears to be constantly changing, new data from the James Webb Space Telescope has ...
A study utilizes large language models to predict reactivity in 14,000 cementitious materials, advancing low-carbon clinker ...
Researchers have created a new 2D carbon material that is actually stronger than graphene. The material was created by ...
16d
Techno-Science.net on MSNAnother clue that Europa, Jupiter's moon, may hide a salty ocean beneath its iceThe icy surface of Europa, one of Jupiter's moons, has captured scientists' attention. Compounds like carbon dioxide and salt have been detected there, suggesting that an ocean could be ...
Northwestern University scientists develop possible replacement for PFAS, common "forever chemicals"
Graphite — a naturally occurring crystalline form of carbon — is a common everyday substance best known as pencil "lead" (actual lead was never used in pencils despite the name). Graphene is a ...
A spectacular world-first flypast using a combination of more environmentally-friendly fuels has been performed by the ...
Carbon capture and low-carbon hydrogen are central to any possibility of supplying liquid fuels compatible with net zero, reports ...
Diamond is a crystalline form of carbon. Defects in the crystal structure, notably the addition of nitrogen atoms, can emit light when electronically excited. These so-called nitrogen–vacancy ...
Hosted on MSN25d
Atomic riddle solved: Carbyne emerges as powerful quantum sensor after nearly a decadeLed by the University of Vienna in Austria, along with researchers from Italy, France, China, and Japan, the study sheds new light on how carbynes, crystalline forms of carbon linked in chains ...
Researchers from the University of Tokyo created a gate-all-around transistor made from gallium-doped indium oxide (InGaOx). Doping indium oxide with gallium suppressed oxygen vacancies, improving ...
9d
The Slovak Spectator on MSNHe left Los Alamos to start over in Bratislava. Now he’s filing patentsA chemist spent 26 years in US science institutions. Back home, he’s building a new generation of materials – and scientists.
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