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Amber Rose

As seen in: wikiHow, Daily Star (UK), People, EurekAlert!, Flipboard, Phys.org, PS, University of Chicago, University of Illinois Urbana-Champaign, Bon Appetit and
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Articles

Canopy to clouds: Forest-atmosphere research takes root at Bankhead National Forest observatory

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By Amber Rose
| Argonne National Laboratory
| Argonne-managed Bankhead National Forest observatory gives researchers a rare view of how a mature forest shapes humidity, clouds, rainfall and storm development in the Southeast. A panoramic view from the 140-foot tower at the Bankhead National Forest observatory shows scientific instruments monitoring atmospheric conditions above a dense Alabama forest.
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A taste of discovery: Real-time X-ray data analysis with DONUT accelerates materials science at Argonne

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By Amber Rose
| Argonne National Laboratory
| DONUT makes it easier to cut through layers of complex data and reach the sweet spot of scientific discovery. DONUT makes it easier to cut through layers of complex data and reach the sweet spot of scientific discovery, turning X-ray measurements into real-time insights for researchers at the APS. (Image by ChatGPT.) What if scientists could get a taste of discovery as soon as their experiment finishes?
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Predicting microelectronics performance with physics-informed artificial intelligence

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By Amber Rose
| Argonne National Laboratory
Key Takeaways Argonne and collaborators are building a new AI framework — the Materials Discovery Cloud — to predict how tiny defects affect the performance and lifetime of microelectronic devices. Data from major U.S. Department of Energy facilities, advanced simulations and large-scale computing will help connect materials’ molecular structure with real device behavior. If successful, the approach could help scientists spot problems earlier and design more reliable, energy-efficient electronics.
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