Biomedical engineering and neurotechnological breakthroughs

Upgrading 1990s medical imaging technologies with AI-driven real-time diagnostics

medical imaging AI diagnostics retrofitting radiology neural networks

Developing soft robot control policies for minimally invasive surgical procedures

soft robotics surgical robots control policies minimally invasive surgery medical robotics

Via proprioceptive feedback loops to improve robotic exoskeleton adaptability

proprioception robotics exoskeletons neural control biomechanics

Decoding neural population dynamics during circadian rhythm minima with high-density electrophysiology

neural dynamics circadian rhythms electrophysiology sleep regulation population coding

Modeling axonal propagation delays to improve brain-computer interface response times

axonal delays brain-computer interface neural engineering signal propagation real-time processing

Optimizing brain-computer interfaces through adaptive CNC toolpaths for neural signal precision

neural engineering CNC machining signal processing neuroprosthetics adaptive control

Decoding neural spike patterns for real-time brain-computer interface control

brain-computer interface neural decoding spike patterns prosthetics machine learning

Optimizing deep brain stimulation parameters for treatment-resistant depression

neurostimulation mental health brain circuitry treatment resistance neuromodulation

Optimizing neural implant longevity through generative design for 50-year durability requirements

generative design neural implants longevity optimization biocompatible materials computational modeling

Decoding neural correlates of psychedelic experiences using high-density EEG and machine learning

psychedelic neuroscience neural decoding EEG analysis consciousness studies computational psychiatry

Exploring protein folding dynamics during neurotransmitter release events in synaptic vesicles

protein folding synaptic transmission vesicle dynamics conformational changes exocytosis

Designing art-inspired scientific approaches for 3D monolithic integration of neural implants

neural implants 3D integration biomimicry brain-machine interfaces art-science fusion