Memcapacitive devices in neuromorphic circuits via polymeric biomimetic membranes

Keyphrases

• Adaptive Learning System 50%
• Adaptive Materials 100%
• Amphiphilic Polymer 50%
• Artificial Membrane 50%
• Biocompatibility 50%
• Biological Synapse 100%
• Biomimetic Membranes 100%
• Biomolecular Systems 50%
• Brain-inspired 50%
• Capacitance 50%
• Circuit Element 50%
• Compositional Structure 50%
• Computing Capabilities 50%
• Computing Systems 50%
• Customizable 50%
• Electrical Response 50%
• Geometrical Changes 50%
• Information Processing Capability 50%
• Ion Channels 50%
• Learnability 50%
• Less Noise 50%
• Lipid Bilayer 50%
• Lipid Membrane 50%
• Low Power Analogue 50%
• Material Elements 50%
• Material System 50%
• Memcapacitor 50%
• Memory Element 50%
• Modularity 50%
• Multiple Time Scales 50%
• Neuromorphic System 100%
• Next Generation Computing 50%
• Oil Compounds 50%
• Oil Medium 50%
• Phospholipids 100%
• Physics-based Model 50%
• Reconfigurable 50%
• Short-term Synaptic Plasticity 50%
• Signal Processing 50%
• Soft Matter 50%
• Solid State 50%
• Structural Stability 50%
• Two-terminal 50%
• Voltage Dependence 50%

Engineering

• Biomimetics 100%
• Capacitive 50%
• Circuit Element 50%
• Durables 50%
• Induced Voltage 50%
• Lipid Bilayer 50%
• Material Element 50%
• Material System 50%
• Resistive 50%
• Structural Stability 50%

Material Science

• Capacitance 33%
• Capacitor 33%
• Electronic Circuit 100%
• Lipid Bilayer 33%
• Structure (Composition) 33%