Advanced materials for neurotechnology and computing

Investigating deep brain stimulation parameters for treatment-resistant depression using closed-loop systems

deep brain stimulation treatment-resistant depression closed-loop systems neural feedback neuromodulation

Synthesizing algebraic geometry with neural networks for advanced image recognition

algebraic geometry neural networks image recognition mathematical modeling machine learning

Integrating psychedelic research with neural decoding to map serotonin receptor dynamics

psychedelics neural decoding serotonin receptors neuroimaging consciousness

Neuromorphic computing architectures for real-time gravitational wave detection

neuromorphic engineering gravitational waves spiking neural networks LIGO edge computing

Through back-end-of-line thermal management to enable 3D-stacked neuromorphic processor scaling

back-end-of-line cooling 3D integration neuromorphic processors thermal management chip scaling

Leveraging phase-change material synapses for energy-efficient neuromorphic computing architectures

phase-change materials neuromorphic computing energy efficiency synaptic plasticity brain-inspired hardware

Targeting prion disease reversal through engineered protein disaggregation techniques

prion diseases protein misfolding neurodegeneration therapeutic disaggregation molecular engineering

Advancing brain-computer interfaces through century-long clinical trials and sim-to-real transfer

BCI neural engineering clinical trials sim-to-real neuroprosthetics

Targeting protein misfolding in neurodegenerative diseases using CRISPR-based chaperone systems

protein aggregation CRISPR-Cas9 molecular chaperones neurodegeneration gene therapy

Employing ruthenium interconnects in neuromorphic computing for energy-efficient synaptic emulation

ruthenium interconnects neuromorphic engineering synaptic devices low-power electronics memristors

With epigenetic reprogramming to reverse age-related cognitive decline in mammals

epigenetic reprogramming cognitive decline neural plasticity aging reversal DNA methylation

Enhancing cognitive resilience through epigenetic reprogramming of neural stem cells

epigenetics neural stem cells brain plasticity neurodegenerative diseases DNA methylation