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Stanford biologist José Dinneny is studying why one plant grows faster in stressful conditions.
The new AI tool models in record time the behavior of clusters of nanoparticles.
The researchers studied the protein-mica system in water, using an atomic force microscope to see individual molecule movements in real-time.
This measurement, which represents more than a decade of concerted effort, may be one of the most highly scrutinized in CDF history.
FRIB was completed in January 2022, ahead of schedule and on budget. The first scientific-user experiments start May 9.
WU-STL is part of a collaboration that has yielded new insight into one of the universe’s primordial reactions that made all life on Earth possible.
Computer simulations and experiments have revealed a new electrolyte for lithium-ion batteries that can contain higher quantities of water.
The team studied an enzyme from the soil bacteria Kitasatospora setae, which carries a key step in carbon fixation faster than plant enzymes do.
Teachers representing 14 states will apply classroom experience to federal, congressional, and executive branch offices.
A new study simulates San Francisco's worst storms in future climate conditions and finds up to 37% wetter extreme events.