Outline
The DUV ICT Device Laboratory is advancing the research and development
of unprecedented deep-ultraviolet (DUV) ICT devices such as environmentally-friendly,
ultra-compact, highly-efficient, and low-cost DUV light sources and sensors
opening the possibility of technological innovation for life- and socialinfrastructure
in various fields ranging from ICT, purification of water and air, to medical
applications. We are developing ultra-compact DUV solid light sources based
on high-power and energy-efficient DUV light-emitting diodes (LEDs) by
the development of nanophotonic light-extraction technology and the collaboration
among industry, universities and government.
Topics
- 2015.4.21
- Our achievements in the DUV-LEDs was introduced in the online magazine
"Semiconductor Today"
The article title: Increasing power and efficiency of 265nm-wavelength LEDs - 2015.4.7
- It was published in the newspaper "The Nikkei". "10 times stronger in deep-ultraviolet irradiation and highly efficient sterilization LED, NICT"
- 2015.4.7
- It was published in the newspaper "Nikkei Sangyo Shimbun". "LED sterilization improvement and 9 times increasing power in deep-ultraviolet region, NICT"
- 2015.4.3
- It was published in the newspaper "FujiSankei Business i". "Favorable impression on the successful development of deep-ultraviolet LED."
- 2015.4.2
- The achievement in deep-ultraviolet LED was reported in TV Tokyo News channel (M plus 11).
- 2015.4.2
- It was published in the newspaper "Nikkan Kogyo Shimbun". "Maximum output power exceeds 90 mW, development of smart deep-ultraviolet LEDs by NICT"
- 2015.4.1
- It was published in the online magazine "Nikkei Technology Online". "High output power deep-ultraviolet LED and an alternative to replace the mercury lamp for sterilization"
- 2015.4.1
- Press Release "Successful development of the deep-ultraviolet LEDs with world's highest output power (over 90mW) "
- 2015.12.15
- We opened our website.
Contact Information：
Shin-ichiro Inoue, Ph.D.
Director of DUV ICT Device Laboratory
588-2 Iwaoka, Nishi-ku, Kobe 651-2492 Japan
Advanced ICT Research Institute, NICT
E-mail: s_inoue@nict.go.jp