Hyper-efficient ‘orbitronic’ devices
Atomic vibrations can transfer orbital angular momentum directly to electrons in a non-magnetic material, the most streamlined system yet
Read MoreAtomic vibrations can transfer orbital angular momentum directly to electrons in a non-magnetic material, the most streamlined system yet
Read MoreA longtime collaborator, the U secures new camera tech and solar energy source
Read MoreShaping the future of science and science teaching
Read MoreWhy so much magma appeared during continental break that formed the North Atlantic
Read MoreEngineered dust control measures would have costs and tradeoffs, constrained by water availability
Read MoreSediment cores from North Atlantic reveal pole reversal dragged on for 70K years
Read MoreU scientists monitor how the change to cleaner ship fuel affects cloud formation
Read MoreBaldomero “Toto” Olivera is the inaugural Gordon Lark Endowed Chair in biology
Read MoreBiologist Jessica Brown at Science@Breakfast lecture
Read MoreDocumenting a 100-fold decrease in lead concentrations
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