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News Release 18-076

New TRIPODS+X awards target Big Data solutions for broad range of research challenges

Projects will bring data science experts into collaborations with the broader research community

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An fMRI image of the human brain showing when it is active in response to rhythm and grammar.

In this fMRI image of the human brain, the regions of the brain that are active when a person is focused on rhythm appear in red, the regions active when thinking about grammar are in green, and the overlap of both appears in blue.

Credit: Yune Lee, SLAM lab, the Ohio State University, Chronic Brain Injury, Department of Speech and Hearing Science


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An abstract model for matter helps reveal how materials change due to temperature or other effects.

In this abstract model for matter, atoms are replaced by non-overlapping disks, a technique useful for understanding matter phase transitions (for example, the melting of ice). The model reflects a critical point of the system, a configuration through which the disks must pass as they transition from one set of configurations to another.

Credit: College of Engineering, University of California, Davis


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TRIPODS+X researchers meet with a Citi Bike employee as they study complex transit challenges.

TRIPODS+X researchers David Shmoys (left) and Eoin O'Mahony (center) meet with Citi Bike employee Kelly Gowan in front of the Citi Bike station outside of Grand Central Station in New York City.

Credit: Cornell University


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