Talk and Visit by Paul Roberts
We are pleased to announce that Paul Roberts will be our next “Visiting Researcher” for the „limits2vision“ programme. During his visit to the Institute for Ophthalmic Research in Tübingen on Wednesday 3 June, Paul will give a talk entitled “Mathematical models of retinal degeneration and metabolism” at 9 a.m. in the HNO (ENT) Lecture Hall.
He is currently a lecturer in the Department of Optometry and Visual Sciences at City, University of London, where he leads the Mathematical and Computational Ophthalmology (MaCO) group. Mathematical Ophthalmology (a term coined by Dr Paul Roberts) concerns the use of mechanistic mathematical models to derive insight into the mechanisms underpinning the structure and function of the eye in health, development and disease and to predict the effects of existing and putative treatments. Computational Ophthalmology (an existing term) involves the application of advanced computational techniques, including artificial intelligence, to the big data being generated in ophthalmology, to identify pathology and predict disease progression. In both cases the ultimate aim is to derive genuine translational impact in healthcare, accelerating progress towards more effective treatments, personalised treatment strategies and clinical decision s
upport systems. His pioneering models of retinal degeneration and photoreceptor dynamics, which combine mathematical analysis with experimental and clinical collaboration, have provided important insights into diseases such as retinitis pigmentosa.
Beyond his scientific contributions, Paul is widely recognised for engaging with the mathematical biology community, supporting interdisciplinary collaboration and mentoring early-career researchers.
For more information about Paul Roberts and his research, please visit his homepage: paulrobertsmathbiol.com and his videos with his guests https://www.youtube.com/@MathCompOphth/playlists

gaard is a comparative and evolutionary physiologist who investigates the mechanisms of gas exchange in vertebrates, particularly in relation to acid–base regulation and neural function. Using the retina as a model system, he combines cardiorespiratory and electrophysiological techniques with OMICs approaches to study how oxygen diffusion shapes metabolism and tissue function across spatial gradients. His work integrates phylogenetically informed, multi-species methods to reveal how respiratory systems and their physiological trade-offs have evolved over macroevolutionary timescales.
eting brought together leading scientists from Germany and France to explore key mechanisms of visual perception, discuss the PhD students’ research projects, and shape their training and supervision. The overarching aim is to identify synergies among participating research groups, initiate new joint projects, and foster sustainable international networking.
m addresses the fundamental question of how the retina maintains high performance at the limits of its biological capacity. The scientific programme of the meeting will place particular emphasis on contributions from the early-career researchers, highlighting innovative approaches and emerging perspectives in the field.