Climate Modeling Pioneer on Higher Resolution, Higher Impact Change

June 2, 2014

“If you burn one molecule of fossil fuel and put that carbon dioxide into the atmosphere, it will remain there for around 100 years on average,” explained N Read more…

By Nicole Hemsoth

Computing the Ozone Pollution Threat

May 8, 2014

One of the world's most powerful supercomputers devoted to climate change – the 1.5 petaflop Yellowstone system – is fulfilling its mission to help find s Read more…

By Tiffany Trader

Yellowstone Helps Predict Air Pollution

March 28, 2013

The Yellowstone supercomputer has a 1.5-petaflop I-data plex system at peak. The machine was first tasked with 11 compute-intensive projects as part of the Accelerated Scientific Discovery (ASD) initiative. Read more…

By Ryan Hill

Wyoming Plays Host to Top 10 Super

June 11, 2012

Petascale supercomputing is coming to one of the least populated states in the US. Read more…

By Robert Gelber

Supercomputers Say BP Oil Spill Will Spread Up the East Coast

July 12, 2010

Models predict oil spill could reach Carolinas, Georgia and Northern Florida by October. Read more…

By Alex Salkever

Boulder Climate Center Will Build Supercomputer in Wyoming

December 14, 2009

Cheaper to house NCAR super out-of-state. Read more…

By Bruce Finley

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Full & Complete coverage of SC17

Keynote Reviews, Analysts Write Ups, Booth Vidoes, Student Competition, Awards and so much

Did you miss out on Supercomputing 2017? Did you attend, but were stuck in meetings the whole time without an opportunity to walk the show floor and see what new announcements were being made? HPCwire's got you covered, we visited some of the hottest booths in the exhibit hall and spoke with their top executives to get the scoop on the latest solutions, partnerships, and product announcements.

Click here to view HPCwire Coverage of SC17


Avoiding the Storage Silo Trap; Best Practices for Data Storage in Scientific Research

From mismatches between compute and storage capabilities to colossal data volumes, data storage presents a number of challenges for scientific research. And as silos pop up and challenges expand, the pace of research often suffers.

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Creating a Modular, Building-Block Architecture for Life Science Workflows

As genomic data becomes ubiquitous, infrastructure bottlenecks for life sciences organizations are narrowing. But speedy analysis and real-time decision making don't have to remain out of reach: modern end-to-end systems are emerging as flexible solutions for a competitive edge.

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