Jonathan Taylor

Professor Jonathan Taylor is a Professor of Biophotonics in the School of Physics & Astronomy at the University of Glasgow. His research focuses on solving problems in experimental imaging and optics using approaches underpinned by rigorous mathematical theory, with much of his work motivated by practical problems in biomedical imaging and optical micromanipulation.

Professor Taylor's primary research interests include experimental imaging and optics, biomedical applications, and optical micromanipulation techniques. A major focus of his work involves developing methods to handle motion when imaging live biological samples, particularly the beating heart. He has pioneered techniques for synchronized fluorescence imaging in the beating heart that have enabled collaborators to acquire timelapse 3D video microscopy of zebrafish heart development with subcellular resolution for the first time. His other research interests include blood flow imaging, biomechanical coupling between heart structure and electrophysiology, fast and snapshot 3D microscopy over extended volumes, fluorescence lifetime imaging in moving environments, and hybrid optical/microfluidic manipulation on micro-scales.

His publication record shows a consistent focus on advancing imaging techniques for biological applications, particularly cardiac research using zebrafish models. Professor Taylor's work spans the entire research pipeline from fundamental theoretical work on light-matter interactions through experimental implementation of novel imaging techniques to collaborative biomedical applications. His most recent publications demonstrate continued innovation in optical techniques with applications in biomedical imaging.

Professor Taylor maintains an active collaborative research program, frequently working with researchers in cardiac biology and biomedical engineering. His work has significant implications for understanding heart development and function, with potential applications in cardiac disease research and treatment development.