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The physical Turing test

Nvidia's Jim Fan presents the 'Physical Turing Test' as the next frontier for embodied AI, emphasising the role of simulated environments in accelerating robotic learning and deployment.

Joel Miller

Joel Miller

1 min read
The physical Turing test

Jim Fan of Nvidia’s embodied AI group gave a fascinating talk at Sequoia Capital’s AI Ascent get together this week, sharing numerous examples of AI-powered and human-like motion. Fan’s “Physical Turing Test” is a challenging vision for embodied AI: coming home to an immaculate living room and candlelit dinner, with no way to tell if a human or machine had cleaned up and prepared a gourmet meal. Fan describes this as “deceptively simple, insanely hard” and the “next North Star of AI”, a dream that keeps him working late nights in the lab. There’s no rest for his robots either, who work tirelessly inside the Nvidia’s digital twin, compressing a decade of learning into every few hours.

Takeaways: AI’s learning in simulated environments is another powerful way to make training faster and more effective. Such virtual training grounds allow developers to stress-test agents under tough conditions, ensuring that when deployed to tackle high criticality uses in healthcare or financial services, they are battle-hardened and ready to go.