卡帕西(Andrej Karpathy)指出,全球人口对大语言模型真实能力的认知存在极其悬殊的差距1。根据他的分析,约75%的全球人口——即约60亿人——几乎未曾接触过大语言模型1。另有约20%的人口(10-20亿人)是免费ChatGPT等产品的非专业用户,他们对这些工具的功能能力了解有限1。
相比之下,仅有约0.2%的专业人士(2000万人)在数学与代码领域亲眼看到前沿大语言模型的真实能力1。更加稀少的是,全球仅约5000人(占全球人口的0.00006%)拥有内部访问权限,得以接触到前沿系统的全部能力1。这一小部分群体见证了人工智能在软件开发、网络安全和科学发现等领域的指数级进展——包括"数千个智能体协作数周完成软件超级项目,发现零日漏洞、以机器速度运行网络攻击防御、发现新科学、推进数学前沿"1。
卡帕西认为,这种能力认知的巨大鸿沟由问题规模、系统能力分布和访问权限三个因素驱动1。前沿系统的能力峰值集中在数字化、可验证、经济价值高的领域1,而前沿数学领域有722份手稿等待数学家进一步解读1。
Andrej Karpathy has identified a massive gap in how different populations perceive the capabilities of large language models, driven by vastly unequal access to advanced systems.1 According to his analysis, approximately 75% of the global population—roughly 6 billion people—has had minimal to no exposure to LLMs.1 A further 20% of the world's population uses free consumer products like ChatGPT but without professional expertise, while only 0.2% of professionals have witnessed the true capabilities of cutting-edge LLMs in mathematics and coding.1 At the far end of the spectrum, approximately 5,000 individuals with internal access to frontier systems have observed AI systems performing at exponentially advanced levels across software development, cybersecurity, scientific discovery, and mathematical advancement.1
The capability demonstrations available to this elite group are extraordinary in scope.1 According to Karpathy, thousands of collaborating AI agents can complete ambitious software projects over weeks, including discovering zero-day vulnerabilities, executing network defense operations at machine speed, advancing scientific frontiers, and pushing the boundaries of mathematical research.1 The backlog of frontier discoveries awaiting human interpretation is substantial—frontier mathematics has generated 722 manuscripts pending analysis by mathematicians.1 This disparity in access and visibility stems from three underlying factors: the scale of problems addressable by advanced systems, the distribution of capabilities across different LLM implementations, and the restricted access granted to frontier infrastructure.1 The concentration of advanced capabilities is particularly pronounced in domains that are digitized, verifiable, and economically valuable.1
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