Press Releases

The Ohio Supercomputer Center in Columbus, Ohio, and Sciences Computers Consultants, in Saint-Etienne, France, have signed an intercontinental agreement that will expand SCC’s numerical simulation services to companies across the ocean and stateside.

Researchers, educators and students from government, industry and universities across Ohio and the Midwest will be converging on Columbus next week to discuss bioinformatics, the relatively young field of scientific study that combines information technology and the biological sciences.

A new, advanced service offered by the Ohio Supercomputer Center leverages the unique computing properties of the Graphics Processing Unit (GPU) to provide a robust visualization environment to researchers in fields as diverse as biomedicine, electrosciences and the animation arts.

The Large Hadron Collider’s ALICE detector near Geneva, Switzerland. (Photo © CERN)

Want to learn how to use graphics processors for scientific computing? Scale your parallel code to tens of thousands of CPU cores? Deal with ginormous datasets? The Virtual School of Computational Science and Engineering offers these courses and more during its summer program for 2010!

An electron microscope image shows Arabidopsis thaliana trichomes among the pavement cells.

A University of Akron researcher is creating sophisticated computer simulations at the Ohio Supercomputer Center to help understand how “misfolded” proteins in the brain contribute to degenerative disorders, such as Alzheimer’s disease.

A new web-based application powered by supercomputers has the potential to inform public health decisions by visualizing genetic and evolutionary information about the spread of infectious diseases across time, geography, host animals and humans.

Using precise computer simulations, Ohio State University researchers were able to discover potential keys to mass producing a specific pattern of graphite in a layer just one atom thick, signaling a breakthrough that could lead to "graphene" challenging silicon as the preferred material for manufacturing faster, more efficient computer chips.