Steve Hsu announces a significant milestone in theoretical physics: he has published a research article where the core concept originated from AI, specifically GPT-5. This paper, published in *Physics Letters B*, explores quantum field theory (QFT) and state-dependent quantum mechanics. Accompanying it is a separate paper detailing the Generator-Verifier method he used to extract meaningful insights from large language models (LLMs). Hsu points out that while LLMs can generate profound ideas, they also make simple mistakes and can misinterpret concepts, which can mislead researchers. The physics paper introduces new operator integrability conditions essential for foliation independence in quantum mechanics, a topic that is notoriously challenging. Hsu emphasizes the importance of this question: whether quantum evolution is strictly linear has far-reaching implications for quantum computing and the fundamental nature of reality, including theories about multiverses. Hsu's work suggests that structured collaboration between multiple AI instances can significantly reduce errors, enhancing the reliability of research derived from AI-generated ideas.