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With an epic Arctic Ocean expedition at an end, researchers wrangle with rich ARM measurements.
A team at Princeton Plasma Physics Laboratory employs DOE supercomputers to understand heat-load width requirements of future ITER device.
A software package, Coffea (Columnar Object Framework for Effective Analysis), optimizes scientists’ time in high-energy physics research.
Berkeley Lab physicists participate in exploration of 3 years of data from CERN’s ATLAS detector.
New calorimeters give scientists a glimpse of the internal structure of protons & nuclei in particle smash-ups at the Relativistic Heavy Ion Collider.
Zuri Phillips, a recent bachelor’s graduate from Tennessee State University, explored the role that trees play in climate change.
Modifying the topmost layer of atoms on the surface of electrodes can have a remarkable impact on the activity of solar water splitting.
The team began developing the technology 10 years ago when they realized that they needed a less reflective lens for a new type of detector array.
New research by a PNNL-led team used advanced transmission electron microscopy techniques to see mesocrystals form in solution in real time.
Scientists are moving from 120 pulses per second to up to 1 million pulses per second, creating a 10,000 times brighter X-ray beam and more data.