Construction of nanoscale optical resonator structure with an organic semiconductor single crystal

从使用新型有机半导体单晶的光致发光特性的研究中，示出了基于晶体结构和分子形状的材料设计准则。基于金属-半导体界面态，我们成功地研制出在大气中稳定发光的场效应管。通过对半导体单晶物理性能的评价，发展了光刻技术的表征方法和条件优化。

From a study of the photoluminescence characteristics using novel organic semiconductor single crystal, material design guidelines based on the crystal structure and molecular shape is shown. On the basis of the metal-semiconductor interface state, we have succeeded in the development of FET shown a stable light emission operation in the atmosphere. Characterization method and conditions optimization of lithography technology were developed through the evaluation of physical properties of semiconductor single crystal.