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The San Diego Supercomputer Center at UC San Diego is leading efforts to help increase FAIR data stewardship.
Researchers report an innovative method using photocatalysis and chromium co-catalysis to provide an energy offset.
Built of niobium and tin, the new type of magnet would not be damaged by subatomic particles and would operate at higher temperatures.
The sensors monitor traffic flow and reduce congestion by optimizing the timing of signal changes and study the energy consumption of buildings.
A team of researchers outlines the potential of the planned Electron-Ion Collider and the many questions about the Universe that it hopes to answer.
PNNL-industry collaboration aims to connect memory across processors, supercharging artificial intelligence applications on high-performance computers
The new discovery by MIT physicists shows for the first time that multiferroic properties can exist in a two-dimensional material.
Researchers found the ideal atomic interaction and the best place to start is the catalytic conversion of lignin to ingredients for aviation fuels.
Strong interactions between electrons in graphene drive them to form a crystal structure with a complex pattern determined by quantum superposition
Undergraduate Natalia Escobar is looking for a possible explanation of the matter-antimatter imbalance in the Standard Model of particle physics.