阿里巴巴吴泳铭，最新发声

Core Viewpoint - The development of Artificial General Intelligence (AGI) is a certainty, but it is merely the starting point for achieving Artificial Superintelligence (ASI), which will surpass human intelligence and enable self-iteration [2][4]. Summary by Sections Evolutionary Stages to ASI - The journey to ASI consists of three stages: "Intelligent Emergence," "Autonomous Action," and "Self-Iteration" [4][5]. - The first stage, "Intelligent Emergence," is characterized by AI learning from vast amounts of human knowledge, leading to generalized intelligence and conversational abilities [6]. - The second stage, "Autonomous Action," allows AI to perform tasks in the real world, breaking down complex tasks and using tools under human guidance, which is the current stage of development [6][7]. - The third stage, "Self-Iteration," involves AI connecting to the physical world and achieving self-learning, which is crucial for surpassing human capabilities [7]. Impact of ASI on Technology - ASI is expected to drive exponential technological advancements, ushering in an unprecedented era of intelligence [6]. - AI will become the next-generation operating system, allowing users to create applications using natural language, fundamentally changing software development [9][11]. - The computing paradigm is shifting from CPU-centric to GPU-centric AI computing, requiring substantial energy and resources to meet global demands [11]. Future of AI and Energy - AI is predicted to replace energy as the most critical commodity, driving daily operations across various industries [11][12]. - The majority of AI capabilities will be delivered in the form of tokens, which are likened to the future of electricity [11]. Human-AI Collaboration - As AI evolves, a new collaborative model between humans and AI is anticipated, enhancing productivity significantly [13][14]. - The historical context suggests that technological revolutions unlock new productivity, leading to greater human capabilities than ever before [14].