Integrating AI, Photonics, and Molecular Modeling: The Future of Precision Medicine

This study presents a novel computational framework combining Artificial Intelligence (AI), photonics, and molecular modeling to accelerate precision drug discovery. Light-driven photonic simulations enable ultrafast modeling of molecular energy landscapes and conformational dynamics, while AI algorithms optimize molecular interactions, binding affinities, and therapeutic specificity. The integration forms the Photonically-Assisted AI Molecular Modeling System (PAIMMS), establishing a paradigm for real-time, adaptive, and personalized medicine. Applications span oncology, neurodegenerative disorders, and virology, highlighting the potential for fully autonomous, light-powered therapeutic design. This work lays the foundation for a new discipline: Computational Photonic Biomedicine, where photons compute therapeutic futures.