For robotic tactile intelligence using neuromorphic pressure-sensitive skin arrays
robotic skin
neuromorphic computing
tactile sensors
spiking neural networks
haptic feedback
Bridging quantum biology with information theory during neurotransmitter release events
quantum biology
information theory
synaptic transmission
vesicle fusion
coherence
Reprogramming proteostasis networks to delay neurodegenerative disease progression in aging populations
proteostasis
neurodegenerative diseases
protein aggregation
aging therapeutics
cellular repair
Bridging current and next-gen AI through neuromorphic computing for real-time decision systems
neuromorphic computing
AI hybridization
real-time analytics
cognitive systems
energy-efficient algorithms
Through inflammasome inhibition: targeting NLRP3 to mitigate neuroinflammation in Parkinson’s disease
inflammasome
neuroinflammation
Parkinson’s disease
NLRP3
neurodegeneration
Across axonal propagation delays in neural networks for brain-computer interfaces
axonal propagation
neural delays
brain-computer interfaces
signal latency
neuroengineering
With resistive RAM for in-memory computing in edge AI devices
ReRAM
in-memory computing
edge AI
neuromorphic hardware
energy efficiency
Through proteostasis network modulation to delay age-related neurodegenerative disease progression
proteostasis
neurodegeneration
aging
protein aggregation
cellular repair
Through proteostasis network modulation to delay age-related neurodegenerative diseases
proteostasis
neurodegenerative diseases
aging
protein aggregation
therapeutic interventions
Across neural population dynamics to decode intention in brain-machine interfaces
neural dynamics
brain-machine interfaces
prosthetics
population coding
neurotechnology
Optimizing synaptic vesicle recycling pathways using machine learning algorithms
synaptic vesicles
machine learning
neurotransmitter recycling
neural efficiency
AI modeling
Integrating resistive RAM for energy-efficient in-memory computing architectures
resistive RAM
in-memory computing
energy efficiency
non-volatile memory
neuromorphic hardware