Paul Hall+FollowCan Robots Really Move Like Us Now?Stanford and Simon Fraser researchers just unveiled TWIST, a system that lets humanoid robots mirror human movements in real time with impressive precision. Imagine controlling a robot in your kitchen—every elbow nudge and foot shuffle, perfectly copied. But does this leap in teleoperation mean robots are finally catching up to our dexterity, or are hardware limits and lack of feedback still holding them back? Would you trust a robot to handle your daily tasks? #HumanoidRobots #Teleoperation #AIInnovation #RobotDexterity #TechDebate #Tech00Share
Bethany Rivera+FollowAre Brain-Like Chips the Future of Robots?Imagine humanoid robots that don’t just see, but actually process and remember what they see—almost like us. Researchers have created a neuromorphic device that mimics how our brains handle visual info, using molybdenum disulfide to replicate neuron behavior. This could mean robots and autonomous vehicles that react instantly, learn from their environment, and interact more naturally. But is this leap in real-time sensing a breakthrough for smarter machines, or a step closer to blurring the line between tech and humanity? #NeuromorphicComputing #HumanoidRobots #TechDebate #FutureOfAI #SmartSensing #Tech10Share
