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Kerby will be responsible for managing all aspects of the project in the U.S., in the largest international DOE project ever hosted on U.S. soil.
A combo of methods explains how a nanoparticle catalyst assembles from single atoms during use and then disassembles for reuse.
Researchers dig into diamond to find the source of its apparently temperamental nature, widening a path for building quantum networks and sensors.
Walters was selected for the Department of Energy’s SCGSR Program to pursue plasma science research at the Princeton Plasma Physics Laboratory.
The team has discovered a method to create aquatic levitation at a much lower temperature, by producing a surface covered with micropillars.
The aim was to develop a picture of all gene expression patterns at the single cell-type level, which is critical to the modification of this plant.
As the new head of computational sciences at Princeton Plasma Physics Lab, Shantenu Jha is excited to be at the helm of the Lab’s computing efforts.
Lagergren is creating neural networks to quickly analyze the vast data acquired by automated imaging stations in the Advanced Plant Phenotyping Lab.
Aurora’s exascale capabilities are set to transform scientific research by accelerating breakthroughs across a wide range of disciplines.
A Rice University study identifies high-performance alternative to conventional ferroelectrics.