Summary
[New artificial synapses can be used for highly expanded brain-like computing]According to the latest issue of the American Chemical Society Journal “Applied Materials and Interface”, the Singapore University of Technology and Design (SUTD) research team developed a two-dimensional (2D) based The new artificial synapse of the material can be used for highly scalable brain-like computing. The researchers pointed out that this work can replace the functionality and silent synapses based on complex digital circuits with a single device, thereby significantly reducing hardware costs. “By using ultra-thin 2D materials to integrate functional and silent synapses into the same device, the hardware cost of artificial synapses will be significantly reduced, which will promote the commercialization of brain-like hardware.”
According to the latest issue of the American Chemical Society JournalApplied Materials“Interface” reported that the Singapore University of Technology and Design (SUTD) research team has developed a new type of artificial synapse based on two-dimensional (2D) materials that can be used for highly scalable brain-like computing. The researchers pointed out that this work can replace the functionality and silent synapses based on complex digital circuits with a single device, thereby significantly reducing hardware costs. “By using ultra-thin 2D materials to integrate functional and silent synapses into the same device, the hardware cost of artificial synapses will be significantly reduced, which will promote the commercialization of brain-like hardware.”
(Article source: interface)
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