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Quantum-Inspired Artwork Unveiled

Visual artist Benjamin Arizmendi poses in front of his quantum-inspired artwork. (Credit: Paul Mueller/Berkeley Lab)

Quantum Evolution

Bert de Jong, one of quantum computing’s leading experts, heads the AIDE-QC program and is deputy director at the Quantum Systems Accelerator. (Credit: Thor Swift, Berkeley Lab)

Berkeley Lab Researchers Awarded ISQED’23 Best Paper

Berkeley Lab postdoctoral researcher Patricia Gonzalez-Gurrer is lead author of “An Area Efficient Superconducting Unary CNN Accelerator,” winner of the ISQED'23 Best Paper Award.

CS Area Research Shines at 2023 Postdoc Symposium

Hengrui Luo was one of 18 who presented their research during the 2023 CS Area Postdoc Symposium. (Credit: Margie Wylie, Berkeley Lab)

WarpX Code Shines at the Exascale Level

WarpX: longitudinal electric field in a laser-plasma accelerator rendered with the ECP software libraries Ascent & VTK-m as the simulation was running. Credit: Axel Huebl (Berkeley Lab)

Berkeley Lab Scientists Create Machine Learning Pipeline for Interpreting Large Tomography Datasets

3D rendering of six regions obtained via the machine learning pipeline developed by Berkeley Lab scientists to improve cryo-ET image data analysis. Each region is labeled by a unique color.

Berkeley Lab’s Ushizima Honored with PMWC Pioneer Award

The colors of Alzheimer’s abnormal proteins: AT8, AT100 and MC1 quantitative heatmap registered to blockface (first column), MRI (second column) of patient “Case 2.” The third column depicts the respective 3D renderings of each tau map. AT8 detected higher amounts of tau than AT100 and MC1. (Credit: Daniela Ushizima, Berkeley Lab)

Bert de Jong Named 2023 Oppenheimer Science and Energy Leadership Program Fellow

Bert de Jong

SC22 Recap: For Berkeley Lab, a Gordon Bell Prize Win and More

CS Staff to Present at 2022 American Geophysical Union Meeting

Berkeley Lab’s Networking Middleware GASNet Turns 20

GASNet

HUNTRESS: A Step Forward for Computational Oncology Data Analysis

A tumor progression tree, inferred by HUNTRESS, represents nine clonal populations of high-grade serous ovarian cancer. (Credit: Can Kizilkale, Berkeley Lab)
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