Terahertz (THz) wave is one of the electromagnetic waves lies between radio waves and infrared waves, and shares the characteristics of both. It has many potential applications in wide area.

We are working on the development of high power and compact THz wave sources based on wavelength conversion technique in nonlinear crystal with lasers. Our unique THz wave sources allow us to detect reagents under high absorbed shielding materials, 3D THz computed tomography and many other imaging which were difficult with other systems in the past.


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News

2025.07.01

Hyuga Inoue, Sota Mine, Kodo Kawase, and Kosuke Murate, "Large tolerance for incidence angle in Terahertz parametric detection," Scientific Reports, vol.15, Article number: 20995 (2025)

2025.06.26-27

K. Murate, S. Mine, F. Blanchard, and K. Kawase, "Progress and Applications in Terahertz Parametric Detection (Invited)," Taiwan THz Summer Workshop 2025, National Yang Ming Chiao Tung University, Hsinchu, Taiwan (Jun. 26-27, 2025)

2025.06.05

T. Kinoshita, S. Mine, S. Hayashi, K. Kawase and K. Murate, "Pulse train generation using a Fabry–Pérot cavity with an integrated optical amplifier and its application to parametric wavelength conversion," Journal of Applied Physics, vol. 137, issue 21, 213107 (2025)

2025.02.11

S. Mine, J. Nkeck, J. Lafreniere-Greig, G. Gandubert, K. Murate, F. Blanchard, “Single-shot up-conversion terahertz spectrometer with high frequency resolution,” OPTICA, 12, 2, pp. 239-245 (2025)

2025.01.13

K. Murate, S. Mine, and K. Kawase, "Real-time spectroscopic measurement using terahertz parametric generator and detector (Invited)," Taiwan THz Winter Workshop 2025, Sizihwan Sunset Beach Resort, Kaohsiung, Taiwan (Jan. 13, 2025)