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New research reveals a surprising chemical pathway for a CO2 reaction important in many geological and biological processes.
In work supported by Q-NEXT quantum research center, scientists “stretch” thin films of diamond to create more cost-effective & controllable qubits.
Researchers used the world’s first exascale supercomputer to run one of the largest simulations of an alloy ever and achieve near-quantum accuracy.
Jefferson Lab scientist Alexandre Deur’s study of the spin structure of the nucleon earns him an APS Fellowship.
The effort standardizes data needed to unlock the secrets of matter while building skills and bringing new faces into science.
Scientists from Stanford University and DOE's Oak Ridge National Laboratory are turning air into fertilizer without leaving a carbon footprint.
The contribution grows the open-access resource that scientists use to invent new materials for future technologies.
The Trillion Parameter Consortium, or TPC, seeks to grow and improve large-scale generative AI models aimed at tackling complex scientific challenges.
Argonne’s new-and-improved All About Energy program helps promote sustainability outreach across underrepresented Chicago communities.
Howard University and Brookhaven Lab team up to grow the perfect diamond thin films for quantum applications.