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In article number 1900636, Shunsuke Fukami and co‐workers show a uniform approach for the realization of artificial synapses and neurons, which is based on the inherent dynamics of a magnetic heterostructure and thus allows a single material system and simple operating pulses. The proposed devices may form a hardware basis, which is currently lacking, for large‐scale artificial neural networks.
Efficient information processing in the human brain is achieved by dynamics of neurons and synapses, motivating effective implementation of artificial spiking neural networks. Here, the dynamics of spin–orbit torque switching in antiferromagnet/ferromagnet heterostructures is studied to show the capability of the material system to form artificial neurons and synapses for asynchronous spiking neural...
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