Research demonstrates molecular specificity encoding in lensless imaging, highlighting optical simplicity and computation synergy.
Lensless imaging offers a scalable, hardware-light route to optical microscopy but has largely remained structural. In a recent study, Wang et al . demonstrate that molecular specificity can be intrinsically encoded and computationally recovered within a fully lensless framework. This work reframes lensless imaging from scaling structure to encoding function, highlighting an emerging paradigm in which optical simplicity and information completeness are co-designed through optics and computation.
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Qian et al. (2026) studied this question.
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