With Harvard University, we built a ‘virtual rodent’ powered by AI to help us better understand how the brain controls movement. 🧠 With deep RL, it learned to operate a biomechanically accurate rat model - allowing us to compare real & virtual neural activity. →

Find out more about the research from @DiegoAldarondo. ↓

@Harvard It’s not AGI until it can sit on my head and be a chef

@Harvard Wh as t came first, the chicken or the egg?

@Harvard I have a question. The research seems based on the assumption that all physical activities are controlled by the brain or central nervous system. Does this need to be verified?

@Harvard One step closer to building a Mech Suit, a single pilot version of the ones in Pacific Rim

@Harvard I don’t like this at all.

@skdh @Harvard So all we need is a vitual mouse trap.

@Harvard Still one of my favourite papers of 2024! @PeaBody124 up for the challenge in humans? 😉

@Harvard I can see that full immersion VR with all sensory perception is very close now. Eg- matrix level

@Harvard