A new Nature study that relied in part on ice sheet models created by CRD's Dan Martin has found that meeting the global warming goal of the Paris Agreement (1.5°C) could halve the land ice contribution to sea level rise this century. » Read More
Born at Berkeley Lab a decade ago, the open-source cosmological simulation code continues to advance research today. » Read More
Sarafina Nance, a graduate student currently working in CRD's Computational Cosmology Center, has been recognized by Forbes magazine as one of 30 Inspirational Women. » Read More
Do you, or someone you know, have what it takes to lead a research group positioned to be key to Berkeley Lab's AI/ML research efforts? » Read More
In case you missed it: Videos of the 2021 CSA Postdoc Symposium presentations are now available for replay on YouTube. » Read More
The Computational Biosciences Group — formed two years ago and now officially led by Kris Bouchard — is steadily growing its stable of collaborators and research efforts. » Read More
QuIST consolidates multiple quantum hardware development efforts - and quantum algorithm demonstrations on that hardware - at Berkeley Lab. » Read More
Monica Hernandez has joined Berkeley Lab in the newly created role of quantum communications lead. Hernandez has traveled extensively and is an advocate for space travel, research, and exploration in her spare time. She sits in CRD's Quantum Information Science and Technology group.
A new study predicts that sea-level rise could be halved this century (from today to 2100) if we meet the Paris Agreement target of limiting global warming to 1.5°C. This work combines nearly 900 simulations, including some of Berkeley Lab Computational Scientist Dan Martin's BISICLES models of Antarctic ice sheets.
A virtual workshop on autonomous discovery in science and engineering sponsored by Berkeley Lab’s Center for Advanced Mathematics for Energy Research Applications (CAMERA) attracted hundreds of scientists from around the world, reflecting the growing interest in this emerging field.
A coding project born out of the Computing Sciences Area has helped advance the field of cosmology and ready it for the age of exascale computing.
Sarafina Nance, a graduate student currently working in CRD's Computational Cosmology Center, has been recognized by Forbes magazine as one of 30 Inspirational Women.
Last month, 20 postdoctoral fellows from across the Computing Sciences Area presented their work in exascale computing, computational science, machine learning, quantum computing, data management and analysis, and much more at Berkeley Lab's Computing Sciences 2021 Postdoc Symposium.
The Applied Mathematics Department develops advanced mathematical models and efficient computational algorithms for solving scientific and engineering problems of interest to the Department of Energy, including in particular those related to energy and environment.
The Computer Science Department performs research on Computer Architectures, Computer Languages, Systems Software, Performance, and Algorithms.
The mission of the Computational Science Department is to perform innovative research that enhances high-performance computational science application codes used in scientific discovery across a broad range of scientific disciplines.
The Data Science and Technology (DST) Department delivers innovative methods for solving data-intensive science problems. DST activities range from basic and applied research to deployment of software tools.
