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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 former National Synchrotron Light Source building has been turned into a state-of-the-art data storage and computing facility.
Ancient Japanese art of kirigami guides artificial intelligence (AI) technique for durable, wearable electronics.
The new precision measurement allows scientists to test the Standard Model, the framework that describes nature at its most fundamental level.
Yongqin Jiao investigated how the bacterium Caulobacter crescentus survives in high levels of uranium and its potential use for bioremediation.
Projects span the use of novel diagnostic and therapeutic radioisotopes for cancer and infectious diseases.
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.
Researchers have found new ways to design catalysts that can significantly improve the clean hydrogen production process and make it cost effective.