Advanced materials for neurotechnology and computing

Optimizing sparse mixture-of-experts models for real-time edge computing applications

sparse models mixture-of-experts edge computing neural networks efficiency optimization

Designing phase-change material synapses for neuromorphic computing with 50-year durability requirements

neuromorphic computing phase-change materials durability artificial synapses nanotechnology

Scaling neuromorphic computing through 3D monolithic integration of memristive arrays

in-memory computing resistive RAM wafer bonding neural networks

Optimizing axonal propagation delays for next-generation neural prosthetics

neural prosthetics axonal delays brain-machine interfaces signal optimization neuroengineering

Mapping neural communication dynamics across axonal propagation delays in cortical networks

axonal propagation neural delays cortical networks neurodynamics brain connectivity

Designing hybrid architectures synthesizing algebraic geometry with neural networks for cryptography

algebraic geometry neural networks cryptographic protocols mathematical deep learning hybrid architectures

Using plasma membrane repair to treat neurodegenerative diseases like Parkinson's

membrane repair neurodegeneration lipid therapy Parkinson’s disease cellular recovery

Employing ruthenium interconnects in next-generation neuromorphic computing architectures

neuromorphic computing ruthenium interconnects resistive switching nanoelectronics memristors

Bridging current and next-gen AI through neuromorphic computing for edge device intelligence

neuromorphic engineering edge AI hybrid neural networks energy-efficient computing hardware-software co-design

Marrying psychedelic research with neural decoding to map subjective experience dynamics

psychedelics neural decoding consciousness mapping fMRI analysis neurophenomenology

Fusing Byzantine mathematics with quantum algorithms for error-resistant computing

Byzantine mathematics quantum computing error correction fault tolerance algorithms

Targeting protein misfolding in neurodegenerative diseases with CRISPR-based chaperone therapies

CRISPR protein aggregation neurodegenerative diseases molecular chaperones gene therapy