Brains and Computers are Co-Evolving | David Eagleman and Lex Fridman

TL;DR

The brain has the remarkable ability to adapt and communicate with various technologies, such as cochlear implants and retinal implants, by molding itself around the incoming data.

Transcript

it's such a compelling notion to me that we're now working on all these exciting machine learning systems that are able to learn you know from data and then if we can have this other brain that's a learning system that's live wired in when on the human side and them to be able to communicate it's like a self-play mechanism was able to beat the game... Read More

Key Insights

• 🥺 Machine learning systems and the human brain can potentially communicate and learn from each other, leading to exciting possibilities.
• 🤞 Technologies like cochlear and retinal implants demonstrate that the brain can adapt to different languages, providing hope for future neurotechnologies.
• 🧠 The brain's malleability and absorption of new information make it well-suited to integrate with emerging technologies.
• 🧠 Nature continues to support the brain's ability to learn and communicate, making the brain compatible with smartphones, virtual reality, and more.
• 😑 The brain's ability to mold itself around data suggests that it is not limited to pre-existing technological advancements.
• 👶 Children effortlessly adapt to new technologies, highlighting the brain's natural inclination to learn and adjust.
• 🥶 The brain and technology can co-adjust, as seen in the development of algorithms that adapt to the user's needs and requirements.

Questions & Answers

Q: How does the brain learn to communicate with artificial ears and eyes?

Cochlear and retinal implants use a different language, but the brain can recognize the correlation between sensory input and the data it receives, allowing individuals to learn to hear or see using these devices.

Q: Does the brain adapt to different communication technologies, like smartphones or virtual reality?

Yes, the brain is incredibly malleable and can seamlessly integrate new technologies into its functioning. It effortlessly adjusts and learns how to interact with these advancements.

Q: Can technology adjust to the brain's needs?

Yes, there are examples of technology adjusting to the brain's needs, such as motor cortex electrodes that allow paralyzed individuals to control robotic arms. The algorithms and programming are continuously refined based on both the technology and the user's feedback.

Q: Does evolution support the integration of technology with the brain?

The brain's adaptability and its ability to learn from sensory input suggest that evolution allows for the integration of technology. The brain can mold itself around new data, making it ready for various advancements.

Summary & Key Takeaways

• Advances in technology, such as cochlear and retinal implants, rely on a common language that may differ from the brain's natural biological language.

• The brain is highly adaptable and can decipher the correlation between sensory input and the data provided by technology.

• The brain's ability to mold itself around incoming data suggests that it is primed to interact with and benefit from emerging technologies.