Across synaptic vesicle recycling: decoding ultrafast neurotransmitter release mechanisms with super-resolution imaging
synaptic vesicles
neurotransmitter release
super-resolution microscopy
neuroscience
vesicle recycling
Designing attojoule-scale neural networks using superconducting spin wave interferometry
magnonics
neuromorphic computing
Josephson junctions
energy-efficient AI
topological excitations
Observing synaptic time delays in neural networks through quantum dot fluorescence tracking
synaptic delays
quantum dots
neural networks
fluorescence imaging
neurophysics
Optimizing viral vector engineering for targeted gene therapy in neurodegenerative disorders
viral vectors
gene therapy
blood-brain barrier
AAV
neurodegenerative diseases
For sparse mixture-of-experts models, optimizing dynamic computation routing in neural networks
mixture-of-experts
neural networks
dynamic routing
sparse computation
machine learning
Developing phase-change material synapses for neurosymbolic integration in AI
phase-change materials
neurosymbolic AI
neuromorphic computing
memory devices
cognitive architectures
Bridging current and next-gen AI through neuromorphic computing architectures
neuromorphic computing
artificial intelligence
hybrid systems
brain-inspired algorithms
energy efficiency
Using art-inspired scientific approaches to model neural network creativity in AI systems
neural networks
creativity
abstract art
AI adaptation
generative models
Employing silicon photonics co-integration for real-time neural activity mapping in live organisms
silicon photonics
neural mapping
real-time imaging
optogenetics
brain-computer interface
Gate-all-around nanosheet transistors for neuromorphic computing architectures
GAA transistors
neuromorphic engineering
analog AI
nanoscale synapses
memory retention
Decoding neural correlates of psychedelic experiences using fMRI and EEG fusion
psychedelics
neural decoding
fMRI-EEG fusion
consciousness
neuropharmacology
Optimizing sparse mixture-of-experts models for real-time edge AI applications
sparse MoE
edge computing
neural efficiency
dynamic routing
on-device AI