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We are in an exciting time in the cross-fertilization of the neurotech industry and the cognitive sciences. My guest today is Chris Rozell, who sits in that space that connects neurotech and brain research. Chris runs the Structured Information for Precision Neuroengineering Lab at Georgia Tech University, and he was just named the inaugural director of Georgia Tech’s Institute for Neuroscience, Neurotechnology, and Society. I think this is the first time on brain inspired we've discussed stimulating brains to treat mental disorders. I think. Today we talk about Chris's work establishing a biomarker from brain recordings of patients with treatment resistant depression, a specific form of depression. These are patients who have deep brain stimulation electrodes implanted in an effort to treat their depression. Chris and his team used that stimulation in conjunction with brain recordings and machine learning tools to predict how effective the treatment will be under what circumstances, and so on, to help psychiatrists better treat their patients. We'll get into the details and surrounding issues. Toward the end we also talk about Chris's unique background and path and approach, and why he thinks interdisciplinary research is so important. He's one of the most genuinely well intentioned people I've met, and I hope you're inspired by his research and his story.
0:00 - Intro
3:20 - Overview of the study
17:11 - Closed and open loop stimulation
19:34 - Predicting recovery
28:45 - Control knob for treatment
39:04 - Historical and modern brain stimulation
49:07 - Treatment resistant depression
53:44 - Control nodes complex systems
1:01:06 - Explainable generative AI for a biomarker
1:16:40 - Where are we and what are the obstacles?
1:21:32 - Interface Neuro
1:24:55 - Why Chris cares
Read the transcript.
