Through catastrophic forgetting mitigation in continual learning neural networks
catastrophic forgetting
continual learning
neural networks
memory retention
adaptive algorithms
Across axonal propagation delays in spiking neural network simulations
axonal delays
spiking neural networks
signal propagation
synchronization
neuromorphic computing
Fusing Byzantine mathematics with quantum error correction protocols
Byzantine mathematics
quantum error correction
fault-tolerant computing
historical algorithms
quantum resilience
Targeting cellular senescence via CRISPR-based gene editing in age-related disease models
cellular senescence
CRISPR
age-related diseases
gene editing
neurodegeneration
Across axonal propagation delays in neural networks for neuromorphic computing
axonal delays
neuromorphic engineering
neural networks
time-based computing
brain simulation
Through proteostasis network modulation: targeting neurodegenerative protein aggregation
proteostasis
neurodegeneration
protein aggregation
Alzheimer’s
Parkinson’s
Targeting protein misfolding through proteostasis network modulation in neurodegenerative diseases
protein misfolding
proteostasis network
neurodegenerative diseases
aggregation
therapeutic intervention
During neurotransmitter release events in synaptic plasticity regulation
neurotransmitter release
synaptic plasticity
neuroscience
molecular mechanisms
brain function
In viral vector engineering for targeted gene delivery to neural tissues
gene therapy
neurotropic viruses
blood-brain barrier
CRISPR delivery
neurodegenerative diseases
Targeting prion disease reversal through proteostasis network modulation
prions
protein misfolding
chaperone proteins
neurodegeneration
therapeutic targets
With transition metal dichalcogenide channels for ultra-low-power neuromorphic computing
neuromorphic computing
transition metal dichalcogenides
2D materials
low-power electronics
artificial synapses
Enhancing neural network efficiency through dynamic token routing in transformer architectures
dynamic token routing
transformer architectures
neural networks
computational efficiency
AI optimization