With phase-change material synapses for energy-efficient neuromorphic computing systems
phase-change materials
neuromorphic computing
energy-efficient AI
neural synapses
brain-inspired chips
Employing soft robot control policies for deep-sea bio-sample collection
soft robotics
deep-sea exploration
bio-sampling
compliant control
marine robotics
Using 2D material heterostructures to create brain-inspired neuromorphic computing chips
neuromorphic computing
2D materials
heterostructures
synaptic plasticity
Via counterintuitive biological hacks to engineer drought-resistant crops using extremophile genetics
synthetic biology
extremophiles
drought resistance
crop engineering
stress tolerance
Enhancing neural network efficiency with dynamic token routing in neuromorphic computing
neuromorphic computing
dynamic routing
energy efficiency
neural networks
token-based processing
Employing soft robot control policies for underwater exploration in extreme pressure environments
soft robotics
deep-sea exploration
adaptive control
bio-inspired design
pressure resilience
In plant communication networks for precision agriculture disease detection
plant communication
precision agriculture
disease detection
biosensors
crop monitoring
Investigating electrochemical signaling mechanisms in plant root communication networks under drought stress
plant communication
root networks
electrochemical signaling
drought stress
phytophysiology
Harnessing Josephson junction dynamics for ultra-low-power superconducting neuromorphic computing
Josephson junctions
neuromorphic computing
superconductivity
quantum phenomena
low-power electronics
Plant communication networks during impact winter scenarios: survival signaling analysis
mycorrhizal networks
phytochemistry
extinction events
For exascale system integration with bio-inspired neural network architectures
exascale computing
neuromorphic engineering
neural networks
system integration
bio-inspired design
Designing mycelium-based living air filters for underground urban environments
mycelium
air filtration
urban design
biomaterials
underground architecture