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Latest Articles
Nickel Alloy Screening Reveals Four Promising Catalysts for Cleaner Aircraft Exhaust
4+ min ago (108+ words) A high-throughput computational framework narrowed 12 nickel-based alloys to four leading candidates, placing Ni-Cr-Pt at the forefront of efforts to develop durable catalysts for cleaner aircraft exhaust. Osama, Muhammad. "Nickel Alloy Screening Reveals Four Promising Catalysts for Cleaner Aircraft Exhaust". AZoM....
Magnetic islands - DEIXIS: Profiles in Computational Science
5+ hour, 4+ min ago (631+ words) Ever since Einstein wrote E=mc2, scientists have dreamed of harnessing the power of atoms. Nuclear fusion can provide vast amounts of energy from a small amount of fuel. Understanding how fusion works is one thing. Making it work is quite…...
New electrochemical device captures CO2 from air to fight climate change
28+ min ago (362+ words) A groundbreaking development from the University of Illinois Urbana-Champaign engineers promises to revolutionize carbon dioxide capture by mimicking the mechanisms used in battery charging and discharging. This innovation offers a fresh approach to addressing the growing challenge of excess atmospheric…...
New Method Transforms Oxetane Rings into Azetidines in Molecular Structures
58+ min ago (362+ words) A groundbreaking chemical strategy promises to streamline drug discovery by enabling the direct conversion of oxetanes into azetidines, two important heterocyclic motifs in medicinal chemistry. This innovative approach addresses longstanding synthetic challenges by introducing a two-step, one-pot method that transforms…...
Scientists Just Found the First Sugar Ever Detected in Deep Space, and It Could Rewrite the Story of Life
1+ hour, 44+ min ago (556+ words) Scientists have identified the first sugar ever detected in interstellar space, revealing a surprising chemical pathway that may have helped seed early Earth with life's building blocks....
Artificial Intelligence Transforms Chemical Engineering from Design to
2+ hour, 50+ min ago (312+ words) Artificial intelligence is revolutionizing the chemical engineering sector, fundamentally transforming how processes are designed, optimized, and managed. Across academia and industry, AI-driven algorithms and data-intensive models are accelerating innovation in production efficiency, safety, molecular design, and sustainability. This wave of…...
Advancing Polyamide Desalination Membranes with Interfacial Rheology
4+ hour, 6+ min ago (149+ words) A groundbreaking study reveals a transformative approach to fabricating polyamide (PA) desalination membranes by harnessing the often-overlooked realm of interfacial rheology. Fluid interfaces featuring dynamic compositions and complex microstructures have long been known to exhibit intricate rheological behaviors, which directly…...
Mining Rare Earth Elements with Plants
3+ day, 2+ hour ago (1187+ words) Researchers are improving phytomining — the process of extracting valuable minerals using plants — as part of a national effort to boost the domestic mining of rare earth elements. A recent study showed how spectroscopy can determine optimal harvest times and explored…...
Neutron-based technique reveals uneven lithium flow in batteries
9+ hour, 17+ min ago (460+ words) A neutron-based mapping technique has been used to track the movement of lithium ions in real time inside a functioning all-solid-state battery. Researchers at the Institut Laue-Langevin (ILL) in France discovered unexpected structural complexities, which could inform the design of safer,…...
It all started with some coffee grounds that would normally have ended up in the trash; now, scientists have managed to turn them into a coal-like fuel in just 90 seconds
14+ hour, 28+ min ago (895+ words) Scientists turn wet coffee waste into a coal-like fuel in just 90 seconds using a high-temperature plasma process. By ECONEWS · Editorial process That soggy puck of coffee grounds left behind after your morning brew may not look like an energy resource....