Jonathan M. Taylor

Papers

Total Citations

143

H-Index

About

Jonathan M. Taylor is a leading figure in optical micromanipulation and biophotonics, best known for pioneering indirect optical trapping techniques that circumvent the damaging effects of high-intensity lasers on living specimens. His most-cited work, "Indirect optical trapping using light driven micro-rotors for reconfigurable hydrodynamic manipulation" (2019, 143 citations), introduces a paradigm where light-driven micro-rotors generate fluid flows to trap and maneuver particles without direct laser exposure. This breakthrough enables gentle, reconfigurable hydrodynamic manipulation of biological samples, expanding the toolkit for non-contact mesoscopic exploration. Taylor’s contributions have reshaped how researchers approach optical tweezers, making them safer for live-cell studies and broadening the range of trappable materials. His innovative micro-rotor designs and flow-based control strategies have garnered significant attention, with his work cited over 140 times, reflecting its impact on both fundamental physics and applied biophysics. Taylor’s research continues to inspire new avenues in lab-on-a-chip devices and precision bio-assays, positioning him as a key innovator in the field of light-driven microfluidics.