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Beagle supercomputer gets a GPU-based upgrade thanks to $2M NIH grant
Tuesday, February 15, 2022
Benoit Roux leads effort to build supercomputing cluster to explore structure and dynamics of biological systems
By Matt Wood
Biomedical research increasingly depends on high-performance computing for modeling and large-scale simulations of the molecular building blocks for biological functions. Recent advances in imaging technology, like cryo-electronic microscopy, produce images of molecules at unprecedented resolution, but also generate enormous amounts of data that need equally enormous amounts of computing horsepower to analyze.
Happy Holidays
Wednesday, December 15, 2021
The RCC wish you and your team a happy holiday season and great start in 2022!
Computational Scientist Teodora Szasz Interviewed by Intel on Scientific Visualization, Billion Cells, Covid-19 & Invisible Monsters
Monday, August 2, 2021
In a new episode of CodeTogether by
For the first time, researchers visualize metabolic process at the single-cell level
Thursday, June 10, 2021
For the first time, researchers visualize metabolic process at the single-cell level
Originally published on the PME website and written by Emily Ayshford
Understanding cellular metabolism—how a cell uses energy—could be key to treating a wide array of diseases, including vascular diseases and cancer.
Physicists reveal how motion can be generated by frustration
Tuesday, May 18, 2021
By Louise Lerner
University of Chicago scientists lay out a theory for the emerging field of non-reciprocal matter
When two people want different things, frustration is inevitable. But these non-reciprocal interactions can also occur not just between people, but in the natural world.