Using data collected at Fermilab, scientists have determined the mass with a precision of 0.01% – twice as precise as the previous best measurement.
Twistons, which depend on the angle mismatch between the top & bottom layers, enables systematic studies of their effects on superconductivity.
Small arrays of magnets with strange, unusual properties can order themselves by increasing entropy, appearing to contradict standard thermodynamics.
Heftier-than-predicted subatomic particle exposes crack in decades-old theory and hints at more waiting to be discovered about the cosmos.
The race for biomedical advances may be won at the intersection of artificial intelligence, chemical engineering, materials science, and engineering.
Global Team of Scientists Determine 'Fingerprint' for How Much Heat, Drought is Too Much for Forests
The study compiled the 1st global database of precisely georeferenced forest die-off events at 675 locations starting in 1970 & analyzed the climate.
The internationally renowned physicist will lead America’s particle physics laboratory.
Researchers simulate a quantum network, offering clues into needed hardware to support these advanced computers.
Scientists produced an alum-gallium nitride-based device capable of emitting a deep-ultraviolet laser at sought-after wavelengths & modal linewidths.
Engineering science student Jesus Coronel will be doing a 10-week-long summer internship at the Brookhaven National Laboratory.