Enabling Technologies and Clinical Applications to Advance Science and Medicine with Light

The 2026 Gordon Research Conference (GRC) on Optics and Photonics in Medicine and Biology will explore novel advances in optical sciences that are transforming disease diagnosis, monitoring, and therapy. Reflecting the theme "Enabling Technologies and Clinical Applications to Advance Science and Medicine with Light", we continue a longstanding 60-year GRC tradition of bringing together an interdisciplinary group of physicists, biologists, chemists, mathematicians, engineers, clinicians, and industry leaders to advance healthcare through biophotonics. Sessions will span cutting-edge research from fundamental optical technologies to transformative clinical applications. Topics include wave-based imaging, AI-driven computational biophotonics, nature-inspired photonic systems, neurophotonics, nano-photonic theranostics, microscopy frontiers, clinical biophotonics, optical biosensors for affordable point-of-care applications, and functional biophotonics. Discussions will emphasize the translational journey from basic research discoveries to real-world medical innovations. The conference will foster interactive dialogues between researchers proposing innovative enabling technologies, clinicians identifying unmet medical needs, and industrial partners driving commercialization. Participants will discuss challenges, breakthroughs, and emerging opportunities at the intersection of optics, biology, and medicine. These exchanges aim to accelerate the translation of optical technologies into tangible clinical benefits. In addition to many other “hot topics”, special attention will be given to AI-enhanced imaging, novel optical approaches inspired by nature, photodynamic therapy immuno-modulation, and translational strategies for resource-limited clinical settings. The GRC will preceded by a 1.5 day GR Seminar aimed at students and post-docs, further enhancing the immersive Gordon experience. So join us in this collaborative forum designed to stimulate new ideas, foster interdisciplinary collaborations, and chart the future of science and medicine enabled by light!