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Berkeley Lab Computing Sciences

@cs.lbl.gov

The Computing Sciences Area at Berkeley Lab develops cutting-edge computational methods, leverages HPC, and applies data science to drive innovation. Our four divisions—AMCR, SciData, NERSC, and ESnet—advance research in AI, math, energy, and more.

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Berkeley Lab@berkeleylab.lbl.gov · 9mo ago

In a big step for quantum computing, Berkeley Lab and NVIDIA are integrating quantum processors to supercomputers via NVQLink. Our open-source QubiC controller will bring us closer to more powerful and reliable quantum computers. #NVIDIAGTC @atap.lbl.gov ✨ ⬇️ nvidianews.nvidia.com/news/nvidia-...

NVIDIA Introduces NVQLink — Connecting Quantum and GPU Computing for 17 Quantum Builders and Nine Scientific Labs

NVIDIA today announced NVIDIA NVQLink™, an open system architecture for tightly coupling the extreme performance of GPU computing with quantum processors to build accelerated quantum supercomputers.

nvidianews.nvidia.com

Berkeley Lab Computing Sciences@cs.lbl.gov · 11mo ago

Meet GenomeOcean: #AI that “speaks” DNA! 🌊🧬 Developed @jgi.doe.gov, this generative AI model is trained on 220+ terabases of #environmental metagenomic data using @nersc.bsky.social #HPC. With 4 billion parameters, it designs novel microbial DNA sequences ➡️ bit.ly/GenomeOcean @berkeleylab.lbl.gov

GenomeOcean Leverages AI to Decode Nature’s Secret Language | Joint Genome Institute

Trained on environmental data, a new JGI tool more accurately facilitates microbial genome discoveries.

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Berkeley Lab@berkeleylab.lbl.gov · last yr.

Computational researcher Revathi Jambunathan knows that better understanding pulsars, the spectacular “cosmic lighthouses” of the universe, will lead to better particle accelerators and help us achieve the dream of fusion energy. Learn more in this video! 🎥 @cs.lbl.gov 🧪

Basics2Breakthroughs: Simulating pulsars for insights into fundamental physics

Formed from collapsed stars, pulsars are tiny astronomical objects that emit stunning, twin beams of light from each pole. Researcher Revathi Jambunathan is developing…

vimeo.com

Berkeley Lab Computing Sciences@cs.lbl.gov · last yr.

A 2013 DOE Early Career Award let Aydin Buluç develop new graph algorithms and scalable computing, speeding discoveries from protein folding to genome assembly. Now at @berkeleylab.lbl.gov, he advances sparse computations and cross-disciplinary science: bit.ly/LBL_ab #machinelearning #ai #science

Aydin Buluç: Then and Now / 2013 Early Career Award Winner

To solve challenges with ever-larger data sets, Aydin Buluç develops algorithms to increase computers’ efficiency and reduce run time.

energy.gov

Berkeley Lab Computing Sciences@cs.lbl.gov · last yr.

DYK Open Molecules 2025—an unprecedented molecular simulation dataset—was just released? Co-led by @berkeleylab.lbl.gov & #Meta, this resource could transform #MachineLearning for real-world #chemistry, #biology, & #energy technologies: bit.ly/OMol25 #AI #MaterialScience #Science #Research #HPC

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

Scientists will finally be able to simulate the chemistry that drives our bodies, our environment, and our technologies.

bit.ly

Berkeley Lab Computing Sciences@cs.lbl.gov · last yr.

Exciting news! @berkeleylab.lbl.gov's new “Science Power-Up" series starts with a conversation featuring Bert de Jong, Director of the Department of Energy’s Quantum Systems Accelerator. Learn how we’re harnessing #quantum tech to tackle next-gen science & energy challenges: bit.ly/QSAspu #Quantum

Science Power-Up: Rewriting the Rules with Quantum

At Berkeley Lab, scientists are rewriting the rules of computing, chemistry, materials science, and more through the promise of quantum information science. Bert de Jong, Director of the Quantum Systems Accelerator, a DOE National Quantum Information Science Research Center, shares how quantum computers, sensors, and networks are poised to tackle our most complex energy challenges. Collaborating with hundreds of researchers across institutions pushing the limits of hardware and algorithms, quantum research at Berkeley Lab is forging the future of breakthroughs. This episode is the first in our Science Power-Up series, featuring experts across Berkeley Lab on research topics shaping society today, including artificial intelligence, microelectronics, quantum and more. https://www.lbl.gov/research/quantum/ More Berkeley Lab news: http://newscenter.lbl.gov Subscribe: https://youtube.com/berkeleylab Berkeley Lab Social Media: http://socialmedia.lbl.gov

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Berkeley Lab Computing Sciences@cs.lbl.gov · last yr.

DYK @berkeleylab.lbl.gov researchers have developed a faster method for topological #DataAnalysis, significantly improving efficiency in uncovering hidden structures in complex datasets? This breakthrough has the potential to transform data analysis in fields like #AI & #bio: bit.ly/TopOpt_LBNL

Taking Big Steps, Berkeley Lab Scientists Shape Improvements in Topological Optimization - Computing Sciences

Berkeley Lab scientists have developed a faster method for topological data analysis, improving efficiency in uncovering hidden structures in complex datasets. This breakthrough could transform data a...

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Berkeley Lab Computing Sciences@cs.lbl.gov · last yr.

🎉 Congrats to @berkeleylab.lbl.gov's Stefan Wild! 🎉 He has been named a 2025 Society for Industrial and Applied Mathematics ( #SIAM ) Fellow for his significant contributions to derivative-free optimization and its applications: bit.ly/WildSIAM25 #AI #hpc #appliedmath #math #engineering #science

AMCR’s Stefan Wild Named 2025 SIAM Fellow - Computing Sciences

Stefan Wild has been named a 2025 SIAM Fellow. This recognition celebrates his groundbreaking work in derivative-free optimization, which has made significant impacts across multiple scientific and en...

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