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Atomic Neighborhoods in Semiconductors Provide New Avenue for Designing Microelectronics

An illustration showing a layer of closely packed spheres, mostly gray, with a few blue and red ones mixed in. Floating above the layer are several small clusters of spheres in different arrangements of the blue, red, and gray.

Electron Microscopy Reveals New Method to Make Exotic Metal Alloys

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Optimized Materials in a Flash

A tabletop robot.

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.

Five Ways Berkeley Lab's NERSC is Revolutionizing Scientific Research

The colorful final panels on the exterior of the Perlmutter supercomputer photographed at the National Energy Research Scientific Computing Center.

Computational Chemistry Unlocked: A Record-Breaking Dataset to Train AI Models has Launched

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Scientists Crack Decades-Old Puzzle in CO2-to-Fuel Conversion

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