System Can Speed Up Data-Intensive Simulations by 2.5 Times
The key challenge in processing big data is the cost and scale of storing the data in memory
supercomputing
Decoding Material Wear with Supercomputers
For the first time, complex computer simulations have become so powerful that wear and friction of real materials can be simulated on an atomic scale
Is Your Supercomputer Stumped? There May Be a Quantum Solution
Berkeley Lab-led team solves a tough math problem with quantum computing
Piling on Pressure Solves Enduring Mystery About Metal’s Makeup
Until now, all previous experiments have indicated that lithium’s atoms had a complex arrangement
Shape and Size of DNA Lesions Caused by Toxic Agents Affects Repair of DNA
SDSC’s ‘Gordon’ helps describe complex process that’s fundamental to cancer initiation
A Scientific Advance for Cool Clothing: Temperature-Wise, That Is
Stanford engineers use SDSC’s ‘Comet’ to develop a plastic fabric that cools the skin
A Rising Peptide: Supercomputing Helps Scientists Come Closer to Tailoring Drug Molecules
Computational protocol may one day enable drug developers to craft novel, therapeutic peptides that precisely target specific disease-causing molecules within the body
Berkeley Lab to Lead 5 Exascale Projects, Support 6 Others
Applied math, computer science strengths support wide range of science and energy projects
Energy Department to Invest $16 Million in Computer Design of Materials
Researchers to take advantage of DOE’s advanced supercomputer capabilities
IBM Makes Quantum Computing Available on IBM Cloud to Accelerate Innovation
Users can run experiments on an IBM quantum processor