Low dimension organic/inorganic hybrids of nanostructures are materials that combine functional organic molecules and inorganic molecules to produce a new class organic/inorganic solid materials which have distinct properties that were not observed in the individual component on nanosize and their bulk materials. This may include either new or improved chemical and physical properties that can be exploited for fabricating novel nanoscale devices.rnIt is known that the P-N junctions are of great importance both in modern electronic applications and in understanding other semiconductor devices. Recently, some research has focused on P-N junctions possessing electrical and photoelectrical properties in the nanoscale. Nevertheless, there has been no report on the light-controlled diode on a single organic/inorganic semiconductor hybrid nanowire. We report herein the fabrication of the organic/ inorganic semiconductor P-N junction nanowire and the remarkable performance on light-controlled diode within a single hybrid P-N junction nanowire.
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