Abstract
This paper reviews the recent advancements in perovskite-structured photodetectors, highlighting the significance of their dimensional variations, which range from 0D quantum dots to 1D nanowires and microwires, and further to 2D nanostructures. It examines the various synthesis and modification techniques used to optimize these structures, along with their compositional variations. Additionally, the paper assesses the photodetection performance of these devices and explores their potential applications. Furthermore, a comprehensive summary of the key quality factors for photodetectors, the unique photoelectric properties of low-dimensional perovskites, and the methods for their synthesis is provided, offering a comprehensive overview of the current research landscape in this field.
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