ORGANIC SEMICONDUCTOR SUPRAMOLECULAR NANOSTRUCTURE AND ORGANIC TRANSISTOR COMPRSING THE SAME WITH AMPLIFIED CHIRALITY FOR HIGH-PERFORMANCE CHIROPTICAL SENSING

摘要

The present invention relates to an organic semiconductor having chirality. By manufacturing an organic circularly polarized light sensing element based on a transistor using chirality supramolecular body having supramolecular chirality amplified through self-assembly of a chirality organic semiconductor, the organic semiconductor having the chirality has an effect of selectively sensing left and right circularly polarized light having the chirality in a visible ray region. In addition, the organic semiconductor having the chirality utilizes chirality of a material itself rather than inducing the chirality through a complicated process so that a manufacturing process of the element is very easy, and the element can be easily applied on a plastic substrate and easily used for an integrated element and miniaturization.