Bio-inspired engineering solutions

Developing phase-change material synapses for ultra-low-power neuromorphic computing systems

neuromorphic computing phase-change materials energy efficiency artificial synapses next-gen hardware

Decoding plant communication networks through volatile organic compound signaling under drought stress

plant communication volatile organic compounds drought response phytochemical signaling ecological interactions

Ferroelectric memory devices with hafnium oxide for neuromorphic computing architectures

hafnium oxide neuromorphic computing ferroelectric RAM synaptic plasticity analog memory

Designing resilient coastal cities with bio-inspired flood barriers and adaptive materials

flood barriers bio-inspired design coastal resilience adaptive materials climate adaptation

Via multi-modal embodiment: octopus-inspired soft robots with distributed cognition for underwater exploration

biohybrid robotics embodied intelligence underwater drones neurorobotics flexible actuators

Exploiting axonal propagation delays for neuromorphic computing architectures

axonal delays neuromorphic engineering spiking neural networks bioinspired computing time-based processing

Backside power delivery networks for 3D stacked neuromorphic computing chips

neuromorphic engineering 3D integration power delivery networks chip design AI hardware

Advancing neuromorphic computing with gate-all-around nanosheet transistors

neuromorphic engineering nanosheets transistors artificial intelligence semiconductor devices

Neuromorphic computing at Josephson junction frequencies for ultrafast quantum-classical hybrid systems

neuromorphic engineering superconductivity cryogenic computing spintronics mixed-signal processing

Bridging sonar technology with bat echolocation for sub-millimeter 3D mapping in viscous fluids

biomimetic sonar bat echolocation viscous fluid imaging 3D mapping bio-inspired sensors

Via backside power delivery networks for 3D-stacked neuromorphic computing architectures

monolithic 3D integration spiking neural networks voltage drop mitigation wafer-level packaging

Bridging fundamental and applied research with neuromorphic computing for edge AI

neuromorphic computing edge AI applied neuroscience energy-efficient computing brain-inspired algorithms