Ferroelectric Memcapacitive Dynamics from Nanoseconds to Milliseconds for Bio-Inspired Neuromorphic Computing and Control

Key Points

• The aim is to achieve efficient sub-volt synaptic plasticity on a scalable ferroelectric platform for neuromorphic computing.
• Utilized ferroelectric materials for memcapacitive components
• Investigated dynamics from nanoseconds to milliseconds
• Examined scalability for neuromorphic applications
• Achieved synaptic plasticity in the sub-volt range
• Demonstrated effective dynamics across multiple timescales
• Indicated potential for replicating biological computation efficiency

Abstract