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Optical imaging serves as a crucial avenue for humans to broaden their visual perception. However, it encounters the challenge of stably and distinctly capturing information amidst complex interference and severe distortions. Recently, a research team headed by Professor Zhuang Taotao from the University of Science and Technology of China has engineered a circularly polarized optical sensor. This innovation is grounded in covalently bonded chiral luminescent materials. Notably, the sensor retains a high degree of luminescent asymmetry even when subjected to significant deformations. It has already demonstrated its prowess in imaging sensing within extreme conditions, such as those encountered in fires. The pertinent research results have been documented in a paper titled 'Covalent-bonding chiroptical network structures for circular polarization differential imaging'.
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