Related news: Research Center for Terahertz and Nano-optical sciences

Research Findings Showcased at BioJapan and CEATEC

Polarization Control Identifies Closely Spaced Reflections (Assoc. Prof. Mizuno, Terahertz and Nano-Optical Science Research Center)

First Observation of Ultrafast Charge Emission in the Initial Stage of Laser Ablation (Prof. Katayama, Research Center for Terahertz and Nano-optical science)

Superradiance Emerging in Thermal Equilibrium (Assoc. Prof. Bamba, Terahertz and Nano-Optical Science Research Center)

Research Center Member Receives Best Poster Presentation Award at an International Conference on Quantum Dots (Assoc. Prof. Tahara, Terahertz and Nano-Optical Science Research Center)[in Japanese]

New OCDR Calibration Method Using Ghost Peaks (Assoc. Prof. Mizuno, Terahertz and Nano-Optical Science Research Center)

[International Press Release] New fiber-optic sensing method reads strain and displacement through electrical signals (Assoc. Prof. Mizono, Terahertz and Nano-Optical Science Research Center)

Center Members Selected for JST FOREST!

Non-Contact Phase Switching Using THz Near-Fields (Prof. Katayama, Research Center for Terahertz and Nano-optical science)

Achieving World’s Highest Spatial Resolution in Fiber-Optic Sensing (Assoc. Prof. Mizono, Terahertz and Nano-Optical Science Research Center)