Emerging Technologies
This axis is dedicated to the development of innovative technologies in ophthalmology, aimed at improving early diagnosis and treatment of vision disorders. By creating links between basic research and clinical trials, we seek to eradicate blindness through a collaborative approach involving scientists and health professionals. We are committed to developing ethical and evidence-based technologies, ensuring their successful integration into clinical practice. Through disruptive advancements, we aspire to transform eye care and deliver optimal solutions to patients.
Biology and Pathologies of Vision
This axis is dedicated to the in-depth study of the molecular and cellular mechanisms that affect the health of ocular and neural tissues. Through an integrative approach using cellular, animal and human models, we seek to understand the pathophysiology of blinding diseases, ranging from corneal diseases to brain connections. Our goals include developing new therapies to slow vision loss and translating fundamental discoveries into real-world clinical practice. By collaborating with diverse disciplines and using cutting-edge technologies, we aspire to advance research to improve the quality of life of people affected by vision loss.
Vision Neurosciences
This axis explores the functioning of the visual nervous system, focusing on the retina and the visual centers of the brain. To develop effective treatments, it is crucial to understand how these structures process visual information and how they are impacted by various diseases. By integrating fields such as neurobiology, psychology and engineering, our researchers analyze neural activity and visual perception across various model systems. Through this multidisciplinary approach, we aim to improve our understanding of the mechanisms underlying vision, in order to provide innovative solutions to visual disorders.
Vision, Access, and Participation (formerly Rehabilitation and Social Issues of Visual Disorders)
This research axis explores the social and contextual dimensions of vision across the full spectrum of visual experience — from healthy vision to visual impairment. We bring together clinical and social science researchers, practitioners, and community members to examine how visual function interacts with daily life, social participation, identity, and access to services. Our work considers how environmental, cultural, economic, and policy factors shape both opportunities and barriers related to vision and visual health. Drawing from fields such as public health, rehabilitation, social epidemiology, disability studies, and community-based research, we focus on applied outcomes that improve inclusion, equity, and quality of life. From enhancing accessibility in built environments to co-developing tools that reflect lived experience, this axis emphasizes collaborative, real-world solutions. By integrating biomedical, functional, and social perspectives, we aim to reframe how vision and visual diversity are understood and addressed in research, care, and society at large.