Over the past decade, AI capabilities once confined to science fiction have quietly become a reality. AI can now mimic Shakespeare's style to compose poetry, drive self-driving cars, and even pass the bar exam. However, modern AI systems still have significant limitations—cognitive feats that the human brain effortlessly accomplishes remain unreplicable. Why can AI defeat a chess grandmaster but fail to set the table in a dishwasher? AI entrepreneur Max Bennett offers a compelling argument: the answer lies deep within the billion-year history of human brain evolution, a process filled with countless trials, failures, and brilliant innovations. Our brains hold undeciphered evolutionary codes—the future of AI may lie within them.
过去10年间，曾属科幻范畴的AI能力已悄然成为现实。AI如今能模仿莎士比亚的文风作诗，能自动驾驶汽车，甚至通过司法考试。然而，现代AI系统仍存在巨大局限——人类大脑轻而易举完成的认知壮举，AI至今无法复现。为何AI能击败国际象棋大师，却摆不好洗碗机中的餐具？AI企业家麦克斯·班尼特提出了令人信服的论断：答案深藏于人脑进化的10亿年历史中，而这段历程充斥着无数试错、灾难与精妙的创新。我们的大脑蕴藏着待解的进化密码——AI的未来或许正系于此。
过去10年间，曾属科幻范畴的AI能力已悄然成为现实。AI如今能模仿莎士比亚的文风作诗，能自动驾驶汽车，甚至通过司法考试。然而，现代AI系统仍存在巨大局限——人类大脑轻而易举完成的认知壮举，AI至今无法复现。为何AI能击败国际象棋大师，却摆不好洗碗机中的餐具？AI企业家麦克斯·班尼特提出了令人信服的论断：答案深藏于人脑进化的10亿年历史中，而这段历程充斥着无数试错、灾难与精妙的创新。我们的大脑蕴藏着待解的进化密码——AI的未来或许正系于此。
