Biomedical engineering and neurotechnological breakthroughs

Observing synaptic time delays in neural networks through quantum dot fluorescence tracking

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Employing silicon photonics co-integration for real-time neural activity mapping in live organisms

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Decoding neural correlates of psychedelic experiences using fMRI and EEG fusion

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Investigating synaptic vesicle recycling dynamics during high-frequency neuronal firing

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Applying computational retrosynthesis to discover novel psychedelic derivative compounds

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Optimizing brain-computer interfaces for real-time emotion decoding via neural oscillations

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Using carbon nanotube vias in 3D-printed neural implants for enhanced biocompatibility

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Integrating neutrino detection principles with positron emission tomography (PET) imaging

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Bridging synaptic time delays with neuromorphic computing for brain-machine interfaces

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Across synaptic time delays in neural networks for improved brain-computer interfaces

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At terahertz oscillation frequencies in next-generation wireless brain-computer interfaces

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Closed-loop deep brain stimulation systems adapting to synaptic time delays

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