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Berkeley Lab Leads Effort to Build AI Assistant for Energy Materials Discovery

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Accelerating Discovery: How the Materials Project Is Helping to Usher in the AI Revolution for Materials Science

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From Nano to Nobel: National Lab Researchers Use MOFs to Solve Big Problems

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Atomic Neighborhoods in Semiconductors Provide New Avenue for Designing Microelectronics

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Electron Microscopy Reveals New Method to Make Exotic Metal Alloys

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Optimized Materials in a Flash

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How AI and Automation are Speeding Up Science and Discovery

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Atomic X-ray Laser Opens Door to Attosecond Imaging

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Expert Interview: Ashfia Huq on the Macroscale Promise of Nanoscale Science

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Six Scientific Advances Made Possible by Berkeley Lab’s Molecular Foundry

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New Process Uses Microbes to Create Valuable Materials from Urine

Simple oblong cells are seen against a black background, looking like individual bubbles or small clusters. The membranes glow green and red.

Catalysts Get a Boost with Atomic-Level Tinkering

The left molecular diagram shows how an individual platinum atom (gray) has replaced a cerium atom (green) on a cerium oxide surface. In the diagram at right, hydrogen molecules (white) applied to the surface split into hydrogen atoms that bond with cerium. This atomically tailored catalyst demonstrated impressive performance.