In bismuth-based cuprate superconductors, charge imbalances caused by lattice distortions generate persistent and universal patterns of spin polarization. The results supply a previously missing but essential ingredient in efforts to understand the mechanisms driving the electronic behavior of high-temperature superconductors. Read more »

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The Berkeley Lab Director’s Awards program recognizes the significant achievements of Lab employees. Join us in congratulating Andreas Scholl, Gregory Su, Ina Reichel, and the many members of the ALS community who received Director’s Awards in 2024. Read more »

Researchers found that charge density waves (CDWs) in topological materials induce unconventional spectral gaps in the materials’ electronic structure. The finding that CDWs in topological materials can be essentially different from that in other materials should be carefully considered when designing quantum devices. Read more »

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Nail the exact color light blue in your design by using the code from any one of these systems for color identification.

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This last summer, Berkeley Lab hosted three students from Navajo Technical University in a DOE-funded initiative that partners national labs with learning institutions whose populations are historically underrepresented in science. The goal is to increase enrollment of Native American students in Navajo Tech engineering programs. Read more »

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Since joining the ALS in September, Gianna FazioLiu has been connecting with people across Berkeley Lab and thinking about how to tell the stories about their work. Her passion for science communications originated in Mexican coffee farms and French cheese, so it is small wonder that her free time is filled with tasty pursuits to this day. Read more »

If you're identifying color for a print project, you're most likely using a CMYK colorspace—the percentages are 25% cyan, 6% magenta, 0% yellow, 10% black.

If you're identifying color for pretty much anything digital, you're working in an RGB colorspace. If the project you're working on requires percentage representation, light blue is made of 68% red, 85% green, and 90% blue.

The Advanced Light Source is a U.S. Department of Energy scientific user facility at Lawrence Berkeley National Laboratory. Our mission is to advance science for the benefit of society by providing our world-class synchrotron light source capabilities and expertise to a broad scientific community.