Hooked Up

HOOKED UP A common way for proteins to hold themselves together is with disulfide bridges. But scientists don’t completely understand why some proteins need them to “hook up” their structure. Researchers used the DESRES Anton system hosted at PSC to discover the...

More Power To Us

MORE POWER TO US If everyone used electricity at a constant rate, generating power would be simple. But spikes in use lead to under-utilized power and ultimately increased costs. Scientists used PSC’s Bridges and former Greenfield systems to understand the economic...

PSC in Brief

PSC in Brief PSC Projects Earn 2016 HPCwire Awards Intensive Approach May Help Diversify Bioinformatics Making Big Data DANCE(S) Galaxy Gateway Offers Transparent Access to PSC’s Bridges   PSC Projects Earn 2016 HPCwire Awards Two PSC projects were cited in...

No Telling

Artificial intelligence (AI) has reached a new level, with an AI poker program beating four of the top specialists in “heads-up, no-limit Texas hold’em” poker. “Libratus,” powered by PSC’s Bridges supercomputer, is a first step in AIs that can handle “imperfect...

Bridges Supporting Galaxy RNA Assemblies

Users Can Run Trinity RNA-Seq Assembly Jobs on XSEDE from Galaxy Main Researchers preparing de novo transcriptome assemblies via the popular Galaxy platform for data-intensive analysis now have transparent access to a premier HPC resource ideal for rapid assembly of...