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The study presents a hybrid organic-inorganic 2D perovskite that utilizes excited-state energy transfer to generate triplet excitons and achieve phosphorescence. Upon photoexcitation, the perovskite exhibits sharp excitonic emission at ∼400 nm, which transfers energy to the organic spacer, resulting in broad phosphorescence at ∼560 nm with a lifetime of ∼30 ms. The findings provide insights into the excited-state dynamics and mechanisms that enhance luminescence efficiency in 2D perovskites.

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backupdatastorage2025

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EN