Biomedical engineering and neurotechnological breakthroughs

Employing neuromorphic computing architectures for real-time brain-machine interfaces

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Modeling axonal propagation delays to improve brain-computer interface synchronization

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Rapid prototyping of low-cost microfluidic devices using currently available materials

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Targeting protein misfolding with phase-change material synapses for neurodegenerative disease treatment

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Advancing brain-computer interfaces via plasma-enhanced atomic layer deposition for neural signal fidelity

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Measuring axonal propagation delays in neurodegenerative diseases using ultrafast imaging

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Investigating predictive motor coding during neurotransmitter release events in basal ganglia

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During neurotransmitter release events: Real-time monitoring of dopamine dynamics using quantum nanosensors

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Marrying psychedelic research with neural decoding at picometer precision

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Reengineering Renaissance-era automata for soft robotics and biomedical applications

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Employing neuromorphic computing architectures for real-time protein folding prediction

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Using predictive motor coding to improve brain-machine interface responsiveness

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