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The ANGEL project explores angstrom-scale fluidic channels to manipulate molecular transport and ionic interactions. It aims to innovate memory devices and sensors by studying ionic dynamics and developing mechano-sensors that mimic biological systems.
Angstrom-scale fluidic channels, constructed with atomic precision, present an extraordinary opportunity to manipulate and understand molecular transport, ionic interactions, and reactivity at dimensions where quantum and classical phenomena converge.
This proposal pioneers the exploration of these channels as advanced platforms for investigating interplay of ionic dynamics, driving innovations in memory devices, neuromorphic computing, sensing, and chemistry, with implications for energy-effici…
THE UNIVERSITY OF MANCHESTER
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