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Boston Dynamics has demonstrated its new Atlas humanoid robot lifting and carrying a 50-pound fridge. The robot uses its whole body to balance and move the heavy object in a natural, human-like way. Before doing it in the real world, Atlas practiced the task for millions of hours in a virtual simulation.

Since the AoE 2 paper seems to have picked up steam (ayyy), and IT IS 13 dense af PAGES, I would like to clarify a few things: 1. I do not deal with consciousness bc it isn't well-defined nor measurable, 2. The AoE II bit is for substrate dependence, and 3. The core argument/proof of the paper is that claiming existence (or lack thereof) human-like attributes needs better experimental setups. Using AoE II (and later Boston) is to emphasise the distinction between our interpretation of what AI does when we observe it, vs what it does. E.g., an LLM outputting an explanation is a sequence of tokens. Calling it an 'explanation' is our observation of it. Assuming it means something (like self-awareness) is an assumption impacting your experimental setup and thus your conclusions. The paper is dense because one needs to be careful when providing these types of arguments (otherwise, trust me, it'd been a lot shorter). So I wrote a less-formal, more-digestible thing here:

The distance from downtown Boston to the Xi’an Bell Tower is almost identical whether going east or west around the globe; the difference is tiny and can be ignored — at most just one or two hundred meters.

Hong Kong has overtaken Switzerland as the top global booking centre for cross-border wealth, a first that is unlikely to be reversed as hubs in Asia grow faster than the European safe-haven, Boston Consulting Group said. More here:

Hong Kong has overtaken Switzerland as the top global booking centre for cross-border wealth, a first that is unlikely to be reversed as hubs in Asia grow faster than the European safe-haven, Boston Consulting Group said

RJ Luis Jr. becomes one of the first major college basketball players to return to NCAA basketball after playing for the Utah Jazz and Boston Celtics organizations, and is now committed to LSU.

Boston Dynamics 最近展示了最新的 Atlas 人形机器人搬运重型零件的视频，并首次详细解释其背后的控制逻辑。官方表示，人类搬冰箱时并不是只靠双手，而是会让胸部、手臂、腰部共同贴合物体并分担重量；Atlas 现在也开始具备类似能力。视频中，它能够依靠本体感知（proprioception）实时感知自身姿态与受力变化，在搬运超过100磅（约45公斤）的动态负载时，通过全身协同控制不断调整重心与动作。更值得注意的是，Boston Dynamics 透露，他们为此甚至放弃了此前被认为是业内顶级的人形机器人 MPC（模型预测控制）方案，全面转向 RL（强化学习）控制体系。官方认为，只有强化学习才能真正实现这种“全身参与”的动态操作能力，而这正是未来人形机器人实现“物理智能（Physical Intelligence）”的核心基础，也是人形机器人真正具备商业价值的关键一步。