FY2022
テラヘルツ光源研究チーム ／ Tera-Photonics Research Team
（１）原著論⽂ (accept) を含む ／ Original Papers
1. Tamura, K., Tang, C., Ogiura, D., Suwa, K., Fukidome, H., Takida, Y., Minamide, H.,Suemitsu, T., Otsuji, T., and Satou, A., “Fast and sensitive terahertz detection with acurrent-driven epitaxial-graphene asymmetric dual-grating-gate field-effect transistorstructure”, APL Photonics. 7, 12, 126101 (2022).
2. Wang, Y., Hu, C., Yan, C., Chen, K., Takida, Y., Minamide, H., Xu, D., and Yao, J., “Highlysensitive multi-stage terahertz parametric upconversion detection based on a KTiOPO4crystal”, Opt. Lett., 47, 22 (2022).
3. Suzuki, D., Takida, Y., Kawano, Y., Minamide, H., Terasaki, N., “Carbon nanotube-based,serially connected terahertz sensor with enhanced thermal and optical efficiencies”, Sci.
Technol. Adv. Mater., 23, 1, 2090855 (2022).
4. Han, Z., Takida, Y., Ohno, S., and Minamide, H., “Terahertz Fresnel-zone-plate thin-film
lens based on high-transmittance doublelayer metamaterial phase shifter”, Opt. Express,30, 11, 18730-18742 (2022).
5. Tokizane, Y., Ohno, S., Takida, Y., Shikata, J., and Minamide, H., “ Incident-angledependent extraordinary transmission of the terahertz bullʼs eye structure”, PhysicalReview Applied, 17, 5, 054020 (2022).
6. 南出泰亜, 縄⽥耕⼆, 瀧⽥佑⾺, 野⽵孝志, “ バックワード・テラヘルツ波パラメトリッ
ク発振の研究と⾮破壊検査応⽤”, レーザー研究, 50, 4, 172-176, (2022).
（２）著書・解説など ／ Book Editions, Review Papers
1. 南出泰亜, “ レーザーとテラフォトニクス―光と電波の技術が融合する領域―”, レー

ザー研究, 50, 6, 283, (2022).
（３）招待講演 ／ Invited Talks
1. Minamide, H., “ Backward terahertz-wave parametric oscillation and its futureadvancement and prospectives”, International Symposium on Ultrafast Intense Laser
Science (ISUILS), Honolulu, USA, December (2022).
2. Minamide, H., “ RIKEN advanced tera-photonics research ” , The 40th SPP Physics
Conference and Annual Meeting, Legazpi City, Philippines, October (2022).

3. Minamide, H., “Intense multicycle Terahertz-wave generation for electron acceleration”,
11th International Workshop on Infrared Microscopy and Spectroscopy with Accelerator
Based Sources (WIRMS 2022), Hiroshima, Japan, October (2022).
4. Minamide, H., “Mirrorless backward terahertz-wave parametric oscillator”, International
Conference on Microwave & THz Technologies, Wireless Communications andOptoElectronics 2022 (IRPhEʼ 2022), Online, September (2022).
5. Minamide, H., “Advanced laser-driven terahertz-wave parametric source fornondestructive testing applications”, The IEEE Summer Topicals Meeting Series, Cabo
San Lucas, Mexico, July (2022). (Plenary)
6. Minamide, H., “Advanced Terahertz-wave source and applications based on nonlinearoptics”, AES2022, Marrakech, Morocco and Online (Hybrid), May (2022).
7. Ohno, S., “Phase control of THz-wave in multi-port waveguide structure coupled with bullʼs-eye antenna”, AES2022, Marrakech, Morocco and Online (Hybrid), May (2022).
8. Minamide, H., “Thin-film-type advanced Terahertz-wave optics based onmetamaterials(tentative)”, Metamaterials and Plasmonics World Forum (PlasmoMat2022), online, May (2022). (Keynote).
9. Minamide, H., “High-intesity 300-GHz Terahertz-wave generation based on nonlinear
optical down-conversion ” , International Workshop on Breakdown Science and High
Gradient Technology (HG2022), online, May (2022).
10. Han, Z., Ohno, S., and Minamide, H., “ THz wave spectral phase singularity intransmission type double-layer metamaterial”, The 11th Advanced Lasers and PhotonSources Conference (ALPS2022), ALPS22-02, Yokohama, Japan, April (2022).
11. 南出泰亜、縄⽥耕⼆、時実悠、瀧⽥佑⾺、野⽵孝志, “ バックワード⾮線形光学波⻑変換によるテラヘルツ波発⽣検出技術の開発”, 光・量⼦ビーム科学合同シンポジウム（OPTO2022）京都府⽊津川市, 6 ⽉ 29 ⽇ (2022).
12. 瀧⽥佑⾺，“ ⾼出⼒バックワード･テラヘルツ波パラメトリック光源の研究開発と⾮破壊検査応⽤”, テラヘルツテクノロジーフォーラム第 14 回テラヘルツビジネスセミナー，
ハイブリッド, 東京都, 6 ⽉ 15 ⽇ (2022).
（４）会議、シンポジウム、セミナー主催 ／ Meeting, Symposiums and Seminars
1. RIKEN-NICT-East Asia Receiver Joint Workshop, December 14, 2022.
2. CLEO-PR 2022, July 31- August 5, 2022.
（５）特許出願 ／ Patent Applications

1. ⼭本修作, 梶川敬介, 神納祐⼀郎, 南出泰亜, 縄⽥耕⼆, “ 検査装置”, 特願 2022-036002,
2022 年 3 ⽉ 9 ⽇
2. ⼭本修作, 梶川敬介, 神納祐⼀郎, 南出泰亜, 縄⽥耕⼆, “ 検査装置”, 特願 2022-036204,
2022 年 3 ⽉ 9 ⽇（６）特筆すべき事項・トピックス（雑誌表紙などの掲載記事）／ Topics
1. マイナビニュース, “ 室温下の⾼速⾼感度テラヘルツ検出素⼦実現にグラフェンが有⽤東北⼤など”, 2022 年 12 ⽉ 16 ⽇.
2. ⽇経クロステック, “ 新原理グラフェントランジスタによる⾼速・⾼感度テラヘルツ波の検出に成功”, 2023 年 1 ⽉ 18 ⽇.