1037 talks, interviews and lectures on humanoid robots, each summarised with its key moments, so you can read the gist and jump to the part you need.
John Leonard, an MIT professor and researcher in marine autonomy, discusses how MIT CSAIL is developing underwater robots that can map, search, and manipulate objects, including work with colleagues at the MIT Sailing Pavilion.
An MIT CSAIL researcher discusses how physical AI can help robots understand and act in the real world, from factory work to underwater operations.
Alex, a fourth-year Ph.D. student in MIT AeroAstro researching human-robot collaboration, speaks with Rachel at MIT CSAIL about safe robot coworkers, task planning, and his acting work.
An MIT CSAIL researcher discusses PROGRESS, a system that combines language models with constraint checking to help robots complete open-ended manipulation tasks safely.
An MIT CSAIL researcher explains how LucidSim uses generative models to train legged robots with realistic visual data, from parkour to longer tasks.
A presenter with MIT CSAIL discusses training home robots through a real-to-sim-to-real workflow, with Marcel demonstrating a mug-and-shelf task.
A CSAIL researcher describes a grocery-packing robot that detects delicate items and packs them after heavier goods.
An MIT CSAIL researcher discusses GelPalm and ROMEO finger designs that add compliant, camera-based tactile sensing to robotic palms and grippers.
MIT CSAIL researchers describe underwater robots for studying animals, a compliant robot for working near coral, and miniature boats that can assemble into shapes on the water.
Briefs summarise talks and interviews; timestamps open the video at that moment. Claims in a talk are the speaker's own.
