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About

Jeffrey J. L. Carson is a leading figure in biomedical optics, with his research primarily centered on advancing photoacoustic tomography (PAT) and angular domain imaging (ADI) for preclinical and clinical applications. His major contributions include pioneering methods to overcome fundamental limitations in PAT, such as limited-view detection and transducer positioning errors. His most cited work, "Approaching closed spherical, full-view detection for photoacoustic tomography" (12 citations), addresses the critical issue of acoustic detection artifacts by proposing a nearly complete spherical detection surface, significantly improving image fidelity. To enhance reconstruction accuracy, Carson developed robotic source placement techniques for precisely measuring transducer sensitivity and position, detailed in papers with 9 and 6 citations respectively—work that directly reduces source localization errors. Beyond PAT, he has advanced three-dimensional optical projection tomography using ADI, demonstrating how micro-tunnel arrays can reject scattered photons to image targets within turbid media (2 citations each). His interdisciplinary approach—combining robotics, nonlinear parameter estimation, and novel detector arrays—has yielded practical tools for high-resolution imaging. With a career spanning over a decade, Carson’s work continues to shape the future of non-invasive optical and acoustic imaging, offering robust solutions for artifact-free, full-view tomography.