According to Greg Brockman (@gdb), GPT-5 is accelerating scientific progress by assisting human mathematicians in solving previously unsolved mathematical problems. As outlined on the official OpenAI blog, GPT-5’s advanced reasoning and language capabilities enable it to identify patterns, suggest new approaches, and validate mathematical proofs, thereby streamlining research workflows and opening new business opportunities for AI-driven research automation and scientific discovery. This represents a significant leap in AI’s practical applications, especially for industries focused on R&D and academic innovation (source: openai.com/index/accelerating-science-gpt-5/).

According to OpenAI (@OpenAI), recent early experiments with university and national laboratory partners demonstrate that GPT-5 is significantly accelerating scientific research by helping researchers rapidly explore ideas and reach new insights. OpenAI researchers report that GPT-5 is being integrated into workflows across medicine, energy, and national security, providing practical support for hypothesis generation and data interpretation. These real-world applications reveal that advanced AI models like GPT-5 are not only enhancing productivity but are also opening new business opportunities for AI-driven research platforms and collaboration tools in the scientific sector (source: OpenAI Twitter, 2025-11-20).