#24 Decoding Brain Signals, Neuromorphic Computing, MEMS w/ NeuroEngineer Dr. Akshay Ananthakrishnan

Free Neurotech Newsletter: https://neurotechnologynews.beehiiv.com/subscribeKey Moments:0:00 Introduction4:36 Initial Interest in Neurotechnology7:34 Exploring Diverse Fields of Interest: Neuromorphic Computing, Brain-Machine Interface, Heliostat Fields, Military Applications10:51 MEMS14:52 Bio-compatiblity and Bio-mimetic Systems in Neurotech18:12 Neuromorphic Computing in Brain-Computer Interfaces22:14 Integrating Device Engineering with Computing in Post-Doc24:19 Challenges in Data Storage and Processing27:19 MEMS Experience Transferring to Semi-Conductor Fabrication28:38 Neuromorphic Computing Strategy for Neural Implants30:41 Water-based Resistive Switches for Neuromorphic Connections34:03 Challenges of Applying New Thought Process to Designing Architectures36:51 Back to Neural Interfaces: Transitioning from Academia to Industry39:32 Working in Industry: Translation, Engineering vs Business41:59 What Expertise Does Neurotechnology Need More Of?44:32 Brain Modeling: Companies vs Research Labs45:56 Getting Involved in Neurotech - Advice for Students: Ask Questions, Don’t Rely on Jargon49:21 Future of Neurotech: Next 20 Years51:27 Book Recommendation: Outlive by Peter Attia52:25 Book Recommendation: Thinking Fast and Slow by Daniel Kahneman, Build by Tony Fadell, CEO Excellence by Dewar et al.53:45 Conclusion and Contact InfoDr. Akshay Ananthakrishnan’s LinkedIn:  https://www.linkedin.com/in/akshayy-91/Recorded: 5/9/2024Hosts: Robert Murcko & Yuqing Wang

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