Phase-change material synapses for neuromorphic computing in deep-space autonomous probes
phase-change materials
neuromorphic computing
synaptic plasticity
deep-space probes
autonomous systems
Closed-loop deep brain stimulation systems adapting to synaptic time delays
deep brain stimulation
synaptic delays
closed-loop systems
neural prosthetics
Parkinson's disease
Employing neuromorphic computing architectures for real-time brain-machine interfaces
neuromorphic computing
brain-machine interfaces
spiking neural networks
neural prosthetics
low-power AI
Through proteostasis network modulation to delay neurodegenerative disease progression
proteostasis
neurodegeneration
protein aggregation
disease therapy
cellular homeostasis
Through 3D monolithic integration of photonic and electronic neural networks
3D integration
photonic computing
neural networks
monolithic chips
neuromorphic engineering
Modeling axonal propagation delays to improve brain-computer interface synchronization
axonal propagation delays
brain-computer interfaces
neural synchronization
neuroprosthetics
signal timing optimization
Targeting prion disease reversal via CRISPR-based gene editing therapies
prion diseases
CRISPR-Cas9
neurodegenerative disorders
protein misfolding
gene therapy
Byzantine numeral-inspired error correction in topological quantum computing
quantum algorithms
Byzantine mathematics
error correction
topological qubits
historical computation
Across axonal propagation delays in artificial neural networks for temporal coding
axonal delays
artificial neural networks
temporal coding
neuromorphic computing
biological inspiration
Exploring resistive RAM for in-memory computing architectures in edge AI devices
resistive RAM
in-memory computing
edge AI
neuromorphic hardware
energy efficiency
Enhancing energy efficiency in data centers with resistive RAM for in-memory computing
resistive RAM
in-memory computing
energy efficiency
data centers
neuromorphic hardware
With resistive RAM for in-memory computing in edge devices
ReRAM
neuromorphic computing
edge AI
non-volatile memory
low-power electronics