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Newly clarified reactions point to novel applications for a long-studied lithium-rich battery material.
Structure may reveal conditions needed for high-temperature superconductivity.
The Princeton team presented connections between quantum optimal control and VQAs; both rely on classical and quantum resources working in tandem.
The University of Georgia team made a critical step, producing a high-quality reference sequence of the switchgrass genome, a potential biofuel.
Observations and computer models of Earth’s systems supported by the Office of Science can help us better understand our planet’s past and future.
Experiments show that the prototype can eliminate 99.99 percent of the bacteria on surfaces, including textiles and metals, in just 90 seconds.
Indiana University researchers found that classifying the type of symbiotic fungi serves as a broad indicator of how the forests function.
It’s an example of how properties can spontaneously emerge in complex materials – a phenomenon scientists hope to harness for novel technologies.
Researchers have verified the results of a groundbreaking experiment to precisely measure the charge radii of neutron-rich potassium isotopes.
A new $13 million grant is helping the Facility for Rare Isotope Beams at Michigan State U harvest unused isotopes for a variety of research fields.