Creating innovative optical functions and devices based on advanced nano-fabrication technologies
Advanced Photonic Materials Unit aims at creating innovative optical functions and devices based on new concepts by its original, most advanced nano-fabrication technologies. To support this research, it also develops sophisticated technologies for surface analysis, micro spectroscopy, and theoretical study. Especially, it focuses on high-regularity colloidal crystals, quantum dots by droplet epitaxy, isoelectronic traps realizing ultra-narrow emission bands, metamaterials in optical frequency ranges, and organic nano-fibers.
News
- 2011.08.25 UpdatePress Release
Realization of High Uniformity Red Quantum Dot Laser with Original NIMS Technology
Expectations for High Performance in Medical and Information Technologies
- 2011.06.07 UpdatePress Release
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Elucidation of Counter-Propagating Light Producing Negative Refraction Phenomenon
First Success in Direct Analysis of Light Propagation in a Fishnet Metamaterial
