CORDIS Project
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This project develops a novel approach to improve optical imaging systems by using computational methods to correct light scattering in complex samples. By leveraging guide-star free wavefront-shaping, it aims to enhance imaging capabilities in various applications, including medical diagnostics and non-line-of-sight i…
Optical imaging systems play an instrumental role in our modern life, from smartphones and automotive cameras to microscopes that are critical for clinical diagnostics.
However, the penetration depth of even the most advanced systems is still unbearably limited by the inherent random scattering of light in complex samples.
Examples span many applicative fields, including scattering in tissues and fog, limiting microscopes and laser-based systems.
For decades, the notion of correcting scattering…
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