Uploaded November 2025 | Updated September 2026, 2 weeks ago
Join Jim Fan, Director and Distinguished Research Scientist at NVIDIA, as he takes the stage to explore the evolution of robotics and what the future holds. In this talk, Jim dives into how robotics has advanced from simple mechanical systems to intelligent, AI-driven machines capable of learning and adapting to the real world.
He introduces the concept of the Physical Turing Test, explains why building truly capable robots is such a challenge, and shares how cutting-edge training methods—like large-scale simulation and reinforcement learning—are shaping the next generation of robotic intelligence.
Interested in more?
Watch the full Day 1 Keynote: youtube.com/watch?v=YoPskpg3zJQ
Check out the Ray Summit breakout session recordings coming soon!
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Subscribe to our YouTube channel:
youtube.com/@anyscale
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Join Jim Fan, Director and Distinguished Research Scientist at NVIDIA, as he takes the stage to explore the evolution of robotics and what the future holds. In this talk, Jim dives into how robotics has advanced from simple mechanical systems to intelligent, AI-driven machines capable of learning and adapting to the real world.
He introduces the concept of the Physical Turing Test, explains why building truly capable robots is such a challenge, and shares how cutting-edge training methods—like large-scale simulation and reinforcement learning—are shaping the next generation of robotic intelligence.
Interested in more?
Watch the full Day 1 Keynote: youtube.com/watch?v=YoPskpg3zJQ
Check out the Ray Summit breakout session recordings coming soon!
--
🔗 Connect with us:
Subscribe to our YouTube channel:
youtube.com/@anyscale
Twitter: https://x.com/anyscalecompute
LinkedIn: / joinanyscale
Website: anyscale.com










