Phosphorene, a single layer of black phosphorus, has recently emerged as a promising two-dimensional (2D) material for bridging the gap between graphenea high mobility semimetaland the transition metal dichalcogenides MoS2 and WS2, which are semiconductors but have lower carrier mobilities. One of the most acclaimed properties of phosphorene is thus the hole mobility, which typically reaches ...

High-performance broadband photodetectors offering spectral tunability and a high gain-bandwidth product are crucial in many applications. Here, we report on detailed experimental theoretical study of three-terminal phototransistors comprised three million InP nanowires with 20 embedded InAsP quantum discs each nanowire. A global, transparent ITO gate all around the facilitates radial control c...

Abstract 2D materials‐based device performance is significantly affected by film non‐uniformity, especially for large area devices. Here, it investigates the dependence of MoS 2 phototransistor on morphology through correlative mapping. Monolayer films are quazi‐epitaxially synthesized C‐plane sapphire (Al O 3 ) substrates chemical vapor deposition, and growth time molybdenum trioxide MoO precu...

Rancang bangun alat bantu pembelajaran gerak jatuh bebas berbasis timer arduino ini bertujuan untuk membantu pembelajar melakukan eksperimen dan menampilkan hasilnya dalam PC (Personal Computer). Penampilan hasil di berupa grafis hubungan kuadrat antara waktu jarak tempuh, serta perhitungan nilai percepatan gravitasi. menggunakan ficket fence sebagai obyek benda jatuh, infrared phototransistor ...

Recently, hybrid organic−inorganic perovskites have emerged as promising photo-sensing materials for next-generation solution-processed phototransistors, achieving high responsivity, detectivity, and fast response. Here, a phototransistor that can detect visible light using low-cost, solution processed methylammonium lead iodide/zinc oxide (CH3NH3PbI3/ZnO) heterostructure is reported. While typ...