Biomedical engineering and neurotechnological breakthroughs

Marrying psychedelic research with neural decoding to map altered states of consciousness

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Reengineering Renaissance designs for modern biomechanical prosthetics using AI-driven optimization

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Enhancing deep brain stimulation precision with real-time neural activity feedback and adaptive algorithms

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

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Via proprioceptive feedback loops to enhance human-robot collaboration in surgery

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Integrating psychedelic research with neural decoding to map serotonin receptor dynamics

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

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Optimizing neural network performance across axonal propagation delays in mammalian brains

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Optimizing femtosecond pulse interactions for precision laser surgery in ophthalmology

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Upgrading 1990s medical imaging technologies with quantum sensor arrays

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At terahertz oscillation frequencies for non-invasive neural activity mapping

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Marrying psychedelic research with neural decoding to map subjective experiences

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