⚑By engineering lubricated interfaces inside #nanopores, researchers in the @EPFL Laboratory for Nanoscale Biology have enabled #ions to flow through a #nanofluidic membrane with unprecedented speed and control. In addition to enhancing nanofluidic technologies, the innovation could help accelerate the development of next-generation osmotic #energy harvesting. πŸ“– Read our news about this study, now published in Nature Energy πŸ”— https://actu.epfl.ch/news/slippery-ions-create-a-smoother-path-to-blue-energ/
Artificial nanofluidic synapses can store computational memory

Memory, or the ability to store information in a readily accessible way, is an essential operation in computers and human brains. A key difference is that while brain information processing involves performing computations directly on stored data, computers shuttle data back and forth between a memory unit and a central processing unit (CPU). This inefficient separation (the von Neumann bottleneck) contributes to the rising energy cost of computers.

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