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In recent years, ensuring stable and efficient interaction between the physical and digital realms in intricate environments has emerged as a pressing challenge that demands immediate attention in the domains of intelligent Internet of Things, virtual reality, and future information security. Lately, a research team, spearheaded by Professor Zhuang Taotao from the University of Science and Technology of China, has engineered a circularly polarized luminescence mapper utilizing a cutting-edge chiral confined assembly material. This innovative device is capable of establishing highly dependable physical-digital connections even amidst environmental disruptions. The pertinent research findings have been featured in the internationally acclaimed academic journal Science Advances, with the paper titled "Chiral Spin Constrained Assemblies for Polarized Optical Mapping."
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