Devices mimicking the human brain allow for faster processing of vast amounts of information while using far less energy compared to existing digital computers.
These ferroelectric domain walls in crystalline materials power a new generation of adaptable memory devices, bringing us closer to faster, greener, and smarter electronics.
Our results reaffirm the promise of ferroelectric domain walls for brain-inspired neuromorphic and in-memory computing applications based on integrated ferroelectric devices.
A single ferroelectric domain wall has been controllably injected and engineered to mimic memristor behaviour, manipulating its shape and position with electric fields.
#neuromorphic-computing #ferroelectric-materials #energy-efficiency #information-processing #advanced-electronics
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