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First-ever direct measurement of the electric potential at the liquid-membrane interface could push research in energy, biology, & materials science.
As the technology needed for quantum communication develops, Q-NEXT is doing the hard work necessary to bring a quantum repeater into the world.
A University of Illinois Urbana-Champaign team is developing an understanding of the uncertainty inherent in analyses using deep neural networks.
Assistant Biology professor Sheri Floge has partnered with other institutions to study the role of virocells in oceans.
New research has found that under the conditions present where Earth’s outer core meets the lower mantle, water and metal combine to form diamonds.
A Rice University theorists’ method can predict shapes of crystals that lack symmetry.
ORNL scientists are exploring the importance of the iron cycle on how greenhouse gases are released from thawing Arctic soils.
Theorists' hydrodynamic flow calculations accurately describe data from collisions of photons with lead nuclei at the ATLAS experiment.
A new growth method for hybrid perovskites could have big impact on clean energy storage devices.
An Early Career awardee wants to automate the most vexing aspects of traditional scientific software development for supercomputers.