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Artificial Synapses
In article number 2106015, Kuan‐Chang Chang and co‐workers, via introducing sodium acetate into polyvinyl alcohol electrolyte where mobile ions have similar roles as neurotransmitters, achieve an operation voltage as low as 1 mV and ultra‐low power consumption at an attojoule level. Combining these appealing attributes such as flexibility, freestanding ability, and biocompatibility...
The human brain, with high energy‐efficient and parallel processing ability, inspires to mitigate power issues perplexing von Neumann architecture. As one of the essential components constructing the human brain, the emulation of biological synapses exploiting electronic devices consuming power at a biological level lays the foundation for the implementation of energy‐efficient neuromorphic computing...