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Neuroscientist Brett Kagan discusses creating brain cells to integrate with technology, curing diseases like Parkinson's, and ethical implications. They explore the transfer of real-world knowledge into neurons, potential for artificial intelligence, and measuring intelligence in biological systems. The conversation touches on consciousness, collaboration in science, and combining biological and silicon processing for specialized tasks.
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- Integrating brain cells into devices can unlock insights into complex brain functioning and optimize drug testing.
- Synthetic biological intelligence can revolutionize computing by creating specialized tools for specific tasks.
Deep dives
Utilizing Biological Intelligence for Breakthrough Research and Innovation
Growing brain cells in a dish to create intelligent devices using synthetic biological intelligence processors present a revolutionary approach. By integrating brain cells into devices, recording their electrical activity, and leveraging neuro-computational methods, researchers aim to unlock new insights into complex brain functioning. This innovative platform allows for studying brain responses to drugs, optimizing drug testing, and potentially advancing treatments for neurological and psychiatric diseases.
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Listen to the best highlights from the podcasts you love and dive into the full episode