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- Sze Yun SET
Researcher's Profile

- Project Professor
- Sze Yun SET
- Laser Photonics Sensing
Biography
June 1993 | B.Eng(Hons), Electronics Engineering, University of Southampton |
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October 1998 | Postdotoral Researcher, RCAST, The University of Tokyo (UTokyo) |
January 1999 | PhD, University of Southampton, Optoelectronics Research Centre |
October 2000 | Research Associate, School of Engineering, UTokyo |
April 2001 | Micron Optics Inc., Senior Engineer |
April 2002 | R&D General Manager, Alnair Labs Corporation |
April 2005 | CEO & CTO, Alnair Labs Corporation |
February 2016 | Associate Professor, RCAST, UTokyo |
August 2023 | Project Professor, RCAST, UTokyo |
Research Interests
Since the first demonstrations of the carbon-nanotube (CNT) mode-locked lasers in 2003, over the years, it has bloomed into a new field of Nano-Carbon Photonics, using CNT and other nano-carbon materials for various laser and photonics applications.
We are interested in developing new industrial applications using these advanced laser pulsed sources, for examples (1) High-speed, high-sensitivity optical sampling oscilloscope using special long-wavelength femtosecond CNT lasers, for the optical communication industry, and (2) Non-contact, high-precision 3-D profile measurement system, using a high-repetition rate short-cavity CNT laser for the automobile industry, (3) Short pulse seed lasers for the material processing and laser micro-machining industry.
Our recent research interests include:
· Novel highly-reliable laser mode-locking technique.
· Integrated optical functional devices using new optical materials.
· Rare-earth-doped fiber amplifiers and their applications.
· Applications of short pulse lasers in multidisciplinary research.
We are interested in developing new industrial applications using these advanced laser pulsed sources, for examples (1) High-speed, high-sensitivity optical sampling oscilloscope using special long-wavelength femtosecond CNT lasers, for the optical communication industry, and (2) Non-contact, high-precision 3-D profile measurement system, using a high-repetition rate short-cavity CNT laser for the automobile industry, (3) Short pulse seed lasers for the material processing and laser micro-machining industry.
Our recent research interests include:
· Novel highly-reliable laser mode-locking technique.
· Integrated optical functional devices using new optical materials.
· Rare-earth-doped fiber amplifiers and their applications.
· Applications of short pulse lasers in multidisciplinary research.
Award
- May 2020 OSA Fellow
Keywords
Short pulse lasers, CNT photonics, ultrafast nonlinear optics, 3D laser measurement