Development of parallel calculator by photoreaction

为了利用光响应分子构建分子计算机结构，我们提出了创新的算法，并进行了理论研究，并通过简单的实验进行了验证。我们提出了一种功能材料的混合器件，该器件在一定温度下迅速降低电阻并在红外光下光响应变色，并通过电路模拟器进行了验证。我们制造的结构可以选择性地用两种光照射到比波长更小的区域，这是缩小计算机尺寸所需的组件技术之一。

Due to build the molecular computer architecture using photoresponsive molecules, we proposed the innovative algorithm, investigated theoretically, and verified by simple experiments. We proposed a hybrid device of functional material decreases rapidly resistance at a certain temperature and photoresponsive discolors by infrared light and verified by a circuit simulator. We produced the structure that can be selectively irradiated with two kinds of lights to the smaller region than the wavelength, and is one of the component technologies required to reduce the size of a computer.