Trevor Seets

Papers

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About

Trevor Seets is a leading researcher in computational imaging and quantum optics, with a focus on pushing the boundaries of how light is captured and interpreted. His most notable contribution is the pioneering work on **passive inter-photon imaging**, a technique that leverages the quantum properties of light—specifically, the timing between individual photon detections—to reconstruct images without active illumination. This breakthrough, detailed in his highly cited 2021 paper (35 citations), challenges conventional digital camera paradigms that rely on analog-to-digital conversion, offering a path to vastly improved dynamic range and low-light performance. By demonstrating that the statistical correlations between photons can encode scene information, Seets has opened new avenues for imaging in photon-starved environments, such as astronomy and biomedical microscopy. His work sits at the intersection of hardware innovation and algorithmic reconstruction, earning recognition for its potential to redefine sensor design. For students and researchers, Seets’ research exemplifies how rethinking fundamental measurement principles can lead to transformative imaging capabilities.