Implementing ceramic materials into neuromorphic memory devices through oxide-based memristors

Today’s computers are capable of processing data faster and more accurately than humans. However, their ability to efficiently store memory and data is lacking because, unlike humans, computers deal in absolutes.

Neuromorphic memory and computing is one of the latest prospects for creating next-generation computing systems as the limit of Moore’s Law is being approached. First suggested in 1990,1 neuromorphic computing is based on the idea that computers can deal in relativity like the human brain.

This Bulletin content is for ACerS members and registered users only. Sign up to become a FREE associate member today.

Join