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The team developed a variable-shutter pair distribution function technique in which neutrons function like a camera but are a trillion times faster.
Researchers at the University of Rochester have not only raised the temperature, but also lowered the pressure required to achieve superconductivity.
UC Merced students and professor Peggy O’Day are testing mercury remediation technology consisting of activated carbon coated with manganese oxide.
Superdiamond Carbon-Boron Clathrates Represent a Promising New Class of Conventional Superconductors
Scientists showed evidence for superconductivity in a carbon and boron lattice material, arranged in a cage-like structure entrapping strontium atoms.
Thin oxide films help researchers in PNNL’s Energy Sciences Center develop model materials for semiconductors, sensors, and batteries.
Oceans drive Earth’s climate, are more than 70% of surface area, generate about 80% of all precipitation, and influence climate-critical exchanges.
Researchers have shown that two previously separate fields in condensed matter physics can be combined to yield new, exotic phenomena.
A study of a stalagmite found in a Wisconsin cave reveals evidence of a series of massive and abrupt warming events in the most recent ice age.
New research shows growing switchgrass to make biofuels can remove carbon dioxide from the atmosphere, but only if grown on certain soils.
A yearlong ARM field campaign launched in February 2023 to gather insights on the marine clouds that shade and cool the earth.