Core Insights - OpenAI is launching a new initiative called "OpenAI for Science" aimed at accelerating scientific discoveries through AI technology [2][11] - Alex Lupsasca, a theoretical physicist, has joined this initiative as its first academic researcher, highlighting the potential of AI in advancing scientific research [1][15] - The capabilities of GPT-5 Pro have impressed Lupsasca, as it was able to independently derive a new symmetry in black hole perturbation theory in under 30 minutes, a task that took him several days [4][8] Group 1: AI and Scientific Research - The initiative aims to create an AI-driven platform to enhance human scientific discovery processes [2] - Lupsasca's experience with GPT-5 Pro demonstrates its ability to tackle complex theoretical problems, suggesting a significant leap in AI's role in scientific research [10][12] - The connection between AI and natural sciences is becoming increasingly significant, with AI expected to have a deeper impact across various academic research fields [13] Group 2: Lupsasca's Contributions and Achievements - Lupsasca's research includes a new conformal symmetry related to static, axisymmetric Kerr black holes, which has important implications for gravitational wave astronomy [7][15] - He has received multiple awards, including the 2024 Physics New Horizons Prize and the IUPAP Young Scientist Award for his work in black hole imaging [15] - Lupsasca is also the chief scientist of the Black Hole Explorer (BHEX) project, which aims to launch a satellite for clearer imaging of black holes by 2032 [15]