Core and Foundational Vision Sciences

Vision rests on first principles: how photons are captured, signals are encoded, and tissues maintain clarity, pressure, and perfusion. This page maps fundamentals across cornea, lens, retina, optic nerve, and cortex—linking structure to function and failure to phenotype—so researchers and clinicians can translate mechanisms into measurable outcomes. You’ll trace the journey from molecular channels and synapses to imaging biomarkers and patient-relevant endpoints, seeing how biomechanics, barrier integrity, and neurovascular coupling shape everything from acuity to contrast sensitivity. By grounding clinical decision-making in rigorous physiology, this session helps teams design better models, choose meaningful endpoints, and align discoveries with diagnostics, devices, and therapeutics. For attendees planning abstracts or collaborations, this is the anchor page to understand what “core” truly means in vision science and how to apply it across subspecialties, from refractive to retina. Explore how integrative measurement connects lab data to clinical readouts and why foundational knowledge accelerates innovation, validation, and scale. Core & Foundational Vision Sciences gives you the shared language to build across disciplines; if you’re scouting meetings, this is the definitive Ophthalmology Conference starting point; and if you’re new to visual transduction, begin with phototransduction to see how light becomes sight.