Optoelectronics are abundant around us. Smartphones, TVs, internet communications, cameras, sensors, etc. There are various things that enrich people's lives, as social infrastructure, and as life-saving things. In our laboratory, we mainly research optical coats, functionality, and measuring instruments. We will practice a series of work of assembling the equipment, experimenting, and measuring by ourselves, and understand the role and effect of each process. I am working on research with the hope that the experience of being involved in "manufacturing" at a company can be accumulated as the experience value of students heading toward society.
Basic Information
Faculty name/Affiliation
Yukiichi Muro / Department of Integrated Science and Engineering Robotics and Artificial Intelligence Course
Specialized Fields
Optoelectronics, Optical Engineering, Optical Information and Communication Engineering
Research on functional optical coats By controlling the nanoscale structure and manufacturing it, we will create an element with unique performance that does not exist in nature. The vacuum film forming equipment is used for this production. It is made by depositing particles of material in a vacuum without impurities. It can express various functions such as color-coding light, conducting electricity even though it is transparent, and having a catalytic action.
Development of a small spectroscope using optical fiber This is the development of a small spectroscope that measures the spectrum of a target location using an optical fiber, as opposed to a general spatial spectroscope. White LEDs and ultra-small spectroscopes are made in Japan, and can be made by applying these. The goal is to easily measure the spectrum of an object that could not be measured until now.
