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Xiaobing Yan, Qi Liu, Xiang Yang Liu, and co‐workers report a memristor for neuroinspired computing in article number 1705320. TiO2 films doped with nanoscale Ag clusters form a memristor medium due to the tunneling gap variation between Ag clusters, as is confirmed by conduction transport analysis. This approach could allow confronting of the Neumann bottleneck in neuromorphic computing systems....
Memristor, based on the principle of biological synapse, is recognized as one of the key devices in confronting the bottleneck of classical von Neumann computers. However, conventional memristors are difficult to continuously adjust the conduction and dutifully mimic the biosynapse function. Here, TiO2 films with self‐assembled Ag nanoclusters implemented by gradient Ag dopant are employed to achieve...
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