Argonne upgrade lets data portal users “get NERDE” about economic resilience
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Argonne’s enhanced NERDE data explorer provides community leaders with insights into local economic distress, employment and gross domestic product, local industry clusters, climate risk, and innovation to inform economic resilience planning.
Eighth-grade girls from the Chicago area attend the laboratory’s Introduce a Girl to Engineering Day, designed to inspire young women to pursue careers in science, technology, engineering and math.
Niobium has long been considered an underperformer in superconducting qubits. Scientists supported by Q-NEXT, a US DOE quantum center led by Argonne, have now engineered a high-quality niobium-based qubit, taking advantage of niobium’s superior qualities.
Argonne awarded $4 million to research new materials to develop energy-efficient microchips.
Analyzing DNA is routine in health care, but some genetic samples come from wilder places. Argonne National Laboratory’s Environmental Sample Preparation and Sequencing Facility has the skills to study nature’s weirdest, rarest genetic material.
More than 75 college students competed to test their skills in the fundamentals of IT and cybersecurity infrastructure in the DOE CyberForce Program’s inaugural Conquer the Hill — Command Edition competition.
Argonne scientists have developed a fluoride-containing electrolyte for lithium metal batteries that could boost the electric vehicle industry. The usefulness of this electrolyte extends to other types of advanced battery systems beyond lithium ion.
Argonne researchers have invented a cathode material that replaces lithium with sodium ions and would be significantly cheaper. Sodium is far more naturally abundant and easily mined than lithium and is thus an attractive option for electric vehicles.
With the help of high-resolution imaging techniques in real time, scientists have uncovered a mechanism for improving the electrochemical reactions that occur upon charge and discharge of lithium-sulfur batteries.
Discovery of “cooperative” interactions among battery components points to an exciting new approach for designing batteries beyond lithium-ion.