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@argonne

As an lab, Argonne delivers science and tech solutions to energy, climate change, environmental and security challenges.

Lemont, IL
Joined June 2008
Born July 01

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  1. 5 hours ago

    Aurora will be equipped with advanced capabilities to enable data-driven discoveries. Learn how 's Corey Adams is helping to ensure frameworks are ready for science in the era. ▶️

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  2. Three Argonne projects receive funding for breakthroughs in quantum information science -

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  3. Oct 21

    Announcing the 2021 Summit: a daylong program of presentations & discussions on growing quantum ecosystems, commercializing research, and considering complex issues such as workforce development + inclusion! Read more:

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  4. 10 hours ago

    As part of the Aurora Early Science Program, 's David Bross is leading a project aimed at developing a computational framework for that can help accelerate the discovery of new catalysts. ▶️

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  5. Tapping into magnets to clamp down on noise in quantum information -

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  6. Preparing for exascale: Argonne’s Aurora supercomputer to drive brain map construction -

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  7. Oct 21

    To help with code development, ALCF's Kris Rowe is working to bring the open-source OCCA library to 's upcoming Aurora system. The vendor-neutral library is designed for parallel programming across diverse architectures. ▶️

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  8. Oct 21

    For Awareness Week, the website has loads of great content on the impacts of exascale computing. Check out this audio clip of 's Salman Habib on how the ExaSky project will advance cosmology research. ▶️

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  9. Oct 21

    Still buzzing over this acknowledgement in the for :) Never would have believed a national newspaper would use a code we initiated (Py-ART has 40 contributors) would rise to this level. "Used regularly in radar analysis"- I'm gunna quote that!

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  10. Oct 21

    Starting in 15 minutes! How can transitioning from thermochemical to electrochemical processes help us achieve net-zero carbon emissions by 2050? Find out about areas of greatest R&D and several promising scientific and technological frontiers.

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  11. Oct 21

    Kenneth Jansen of is preparing to run computational fluid dynamics simulations and machine learning workloads on ’s upcoming Aurora system to advance the design of more fuel-efficient aircraft. ▶️

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  12. Oct 21

    Preparing for exascale: Aurora supercomputer to help scientists visualize the spread of cancer -

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  13. Oct 20
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  14. Oct 20

    ALCF’s Servesh Muralidharan is working with early hardware and software to make it easier for developers to prepare scientific applications for 's upcoming Aurora supercomputer. ▶️

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  15. Oct 20

    Argonne’s Science 101 series takes you back to the basics, with plain-language explanations of the scientific concepts behind our pivotal discoveries and our biggest innovations. Know what X-ray light is? No? Check out the full video here -

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  16. We all misplace items. But when loses electrons, that weakens its beam. With the accelerator's upgrade, it's essential to minimize electron loss. Michael Kelly is working to ensure the beam runs for as long as possible:

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  17. Oct 20

    Scientists recreate cosmic reactions to unlock astronomical mysteries -

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  18. Oct 20

    This promises to be interesting and informative--learn more about how CRI supports innovators who look to address climate change! And hear from talk about the importance of innovation in the face of these challenges. Oct. 27, 3 p.m. CDT, Argonne's Instagram.

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  19. 1,000,000,000,000,000,000+ floating point operations/second - that's what the Aurora exascale supercomputer will be able to do when it launches (). Scientists will use it to research fusion, cancer, catalysis, & more.

    Illustration of a supercomputer cabinet that says Aurora with a blue background and logos of Argonne, Dept. of Energy, intel, and the Exascale Computing Project
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  20. Oct 20

    Register! Groundbreaking science in 15 minutes for free! From phones to fighter jets, industries rely on rare earth elements. Join Allison Bennett Irion for this short conversation on how her team uses supercomputers to block threats to these supplies.

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