Energy Materials Laboratory

Creating social values by micromanufacturing and microanalysis using quantum beams

Our laboratory is conducting research on the manufacturing application of the narrowed-down quantum beams of ions, electrons and light. Quantum beams are essential to make tiny products of micrometer or nanometer scales. Therefore, micromanufacturing is made possible by using the phenomena that occur when quantum beams are irradiated on the surface of a substance. In our laboratory, the teachers and students are united in their daily pursuit to conduct research on making light and electronic circuits as well as machines that can play a significant role in the microworld.

College of Engineering Electrical and Electronic Engineering Electrical Engineering and Robotics / Graduate School of Engineering and Science（Master's Program） Electrical Engineering and Computer Science Course / Graduate School of Engineering and Science（Master's Program） Global course of Engineering and Science Course / Graduate School of Engineering and Science（Doctor's Program） Regional Environment Systems Course
Faculty Name
NISHIKAWA, Hiroyuki
Keyword
Nanotechnologies,Optoelectronics,Micromachines
Laboratory location
Research Building TOYOSU Campus 11F 11A32

This lab is for this SDG activity:

  • エネルギーをみんなにそしてクリーンに
  • 産業と技術革新の基盤をつくろう
  • 海の豊かさを守ろう

STUDY FIELDS

  • Electrical engineering
  • Electronic engineering
  • Applied physics
  • Materials science and engineering
  • Physics

FOR SOCIETY

The use of structures processed with quantum beams, such as fine grooves and needles, will aid the production of new devices that are useful to the society by, for instance, controlling the hygiene of water and food supply as well as preventing diseases such as influenza.

RESEARCH THEMES

  • Quantum beam technologies to realize the fabrication of devices for visualization and analysis of micro/nano plastics in water environment
  • Super-resolution imaging and nanolithography realized by dielectric microstructures fabricated by proton beam writing
  • Improved output of triboelectric nanogenerators by surface modifications of dielectrics

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