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The CQNET/FQNET collaboration presents results on state-of-the art quantum teleportation fidelity.
The capacity for more simulations allows teams to overlap and form consensus, yielding a clearer picture of the mechanisms behind the explosions.
The XGC code produces kinetic simulations using trillions of particles on extreme-scale computers and suggests that there might be hidden parameters.
The new facility will foster research collaborations to accelerate scientific discovery and technological innovation
The team found that microorganisms use iron as a food source, thereby releasing the bound organic carbon into the water in the soil.
Princeton researchers set out to map with ultrafast laser spectroscopy the progress of a photoinduced electron transfer reaction.
The research analyzed two ecosystems and showed the oak woodland soil fungal community was less altered by fire than those in the evergreen forests.
Researchers will investigate more efficient and resilient energy generation, storage, and system operations, particularly in shore-based environments.
David Grant guides both design and construction of the mechanical systems that will be serving OLCF's incoming exascale supercomputer, Frontier.
Nuclear physicists at DOE's Thomas Jefferson National Accelerator Facility crank up the energy to put the squeeze on the proton and its quarks.