Special Issue on Neuromorphic Computing, IEEE Electron Devices Magazine [From the Editor]

The articles in this special issue focus on the neuromorphic computing. This field has garnered significant attention in recent years for two main reasons. First, within computer engineering, there is a growing need to revolutionize our existing computing systems based on von Neumann architectures and traditional CMOS devices. Second, in the field of neuroscience, we have embarked on a prolonged journey to understand the brain, yet with limited success. In addition to direct research on biotissues (often akin to a black box) neuromorphic systems constructed using artificial electronic devices, capable of faithfully emulating biological components (such as synapses, neurons, and dendrites), offer a transparent framework. Such systems not only enable measurement of input–output relationships but also provide insights into the functioning of every individual node within the system at any required moment.