We are conducting research on "Optical Frequency Comb" and "Ultrafast Science and Technology". Especially, generation and contol of fiber combs, and broad applications including distance metrology, ultrafast and ultraprecise spectroscopy, time-space imaging, quantum optics, etc. Details are found in the following.
Full Publication lists including conference presentations:
[researchmap]
[UEC Researcher Database]
Standard sources for publication database:
[ORCID iD]
[Researchgate Profile Page]
[Google Scholar]
[Web of Science profile page]
[UEC Institute Repository]
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| UEC e-Bulletin Description of Researcher Video |
ERATO-IOS Project, featured in UEC e-Bulletin |
![UEC-e-bulletin [YouTube]](../img/mov20190327.jpg)
![University of Electro-Communications Tokyo, Japan: Optimal Optical Science [YouTube]](../img/mov_thumbnail_w627.jpg)
This research project is working toward developing an “optical comb,” (an advanced light source whose spectrum has discrete peaks at regular intervals on the frequency axis in a precise comb shape) into a fundamental and revolutionary “intelligent optical synthesizer” by combining electronics and optical technologies. We aim to develop an intelligent light source for which all the light wave parameters including the period, spatial extent, frequency, phase, intensity, and polarization can be freely controlled and to use this light source to uncover and explore innovative application fields.
Description of ERATO MINOSHIMA IOS project
ERATO Achievements
 ERATO MINOSHIMA Intelligent Optical Synthesizer Project |
 ERATO pamphlet [PDF] |
Research topics are ongoing to develop new light source technologies and to pioneer the potential fields of innovative applications by use of every aspect of ultrashort lasers and optical frequency comb.
Precision Measurements using Optical Comb and Ultrashort Pulses [PDF]
