Students" prsentation

  • Students’ presentation 2025

    1. 渡邉　周 (B4), 久保　若奈, “メタマテリアルの熱輻射吸収過程の可視化”, 第86回応用物理学会秋季学術講演会, 名古屋，2025.9.10 (Poster presentation, Japanese)
    2. Ayaha Yamamoto (M1), Wakana KUBO*, “Design of Unidirectional Non-Hermitian Multilayer Structures in the Near-Infrared Region”, Optica-JSAP symposium, The 86th JSAP Autumn meeting, Nagoya, 2025.9.7 (Oral presentation, English)
    3. Enkhbold Tsogt (B4) and Wakana KUBO*, “Application of Nonradiative Cooling to Electronic Device Thermal Management”, 10th A3 Metamaterial Forum, Daejeon, Korea, 2025.7.10 (Poster presentation, English)
    4. Ganbat Batorgil (B4), Ayaha Yamamoto, Wakana KUBO*, “Design of Unidirectional Non-Hermitian Structure in the Near-Infrared Region”, 10th A3 Metamaterial Forum, Daejeon, Korea, 2025.7.10 (Poster presentation, English)
    5. Shu WATANABE (B4) and Wakana KUBO, “Visualization of Thermal Extraction Process Achieved by Metamaterial”, The 11th International Conference on Surface Plasmon Photonics (SPP11), Tokyo, 2025.5.20 (Poster presentation, English).
    6. 上野 紅奈(B4), 爲廣英純, 久保若奈, “光無線給電に向けた薄膜吸収体光熱電デバイスの実現”, 第72回応用物理学会春季学術講演会, 千葉, 2025.3. 16 (Poster presentation, Japanese).
    7. 渡邉 周 (B3), 久保若奈, “メタマテリアルの熱輻射吸収過程の可視化”, 第72回応用物理学会春季学術講演会, 千葉, 2025.3. 16 (Poster presentation, Japanese).

  • Students’ presentation 2024

    1. 上野 紅奈 (B4), 爲廣英純, 久保若奈, “薄膜吸収体による光熱電変換の実現 Photo-Thermoelectric Conversion by Thin-Film Absorber” 光無線給電検討会, 神奈川 (Kanagawa), Japan, 2024.12. 9. (Poster presentation, Japanese)
    2. 杉山 晴也 (B4), 久保 若奈, “MA大電極の吸収エネルギー量と熱電特性との相関, Correlation Between Absorbed Energy and Thermoelectric Properties of MA Electrodes”, COMSOL Conference 2024, Tokyo, 2024.12. 6 (Poster presentation, Japanese).
    3. 濱田 健太(M2) ，久保 若奈, “熱電変換効率の向上のための熱メタマテリアルの設計と評価 Design and Evaluation of Thermal Metamaterials for Improving Thermoelectric Conversion Efficiency”, OPJ2024 – Optics & Photonics Japan 2024, 東京 (Tokyo), 2024.11.30, (Oral presentation, Japanese)
    4. 爲廣 英純 (M2)，久保若奈, “熱電デバイスによる光無線給電の実現 Optical Wireless Powering with Thermoelectric Device”, OPJ2024 – Optics & Photonics Japan 2024, Tokyo, 2024. 11.30, (Oral presentation, Japanese)
    5. 山本 彩葉 (B4), 久保 若奈, “非エルミートメタマテリアル吸収体 Non-Hermitian Metamaterial Absorber”, OPJ2024 – Optics & Photonics Japan 2024, 東京, 2024. 11.30, (Poster presentation, Japanese)
    6. 濱田健太 (M1), 久保若奈, “熱制御メタサーフェスの設計と評価 Design and Evaluation of Thermal Control Metasurfaces”, 第86回応用物理学会秋季学術講演会, Niigata，2024.9.20 (Poster presentation, Japanese)
    7. 山本彩葉 (B4), 山崎彩香, 齋藤宗平, 久保若奈, “メタマテリアル熱電変換特性と電極の熱輻射吸収特性の相関 Correlation between Metamaterial Thermoelectric Performance and Electrode Absorptivity”, 第86回応用物理学会秋季学術講演会, Niigata，2024.9.20 (Poster presentation, Japanese).
    8. 爲廣英純 (M2)，久保若奈, “銀ナノ粒子電極を装着した熱電変換素子の特性評価 Performance of Thermoelectric Device loaded with Ag Nanoparticle Electrode, 第86回応用物理学会秋季学術講演会, Niigata，2024.9.20 (Oral presentation, Japanese).
    9. 爲廣 英純 (M2)，久保 若奈, “銀ナノ粒子熱電変換素子の特性評価 Characterization of Silver Nanoparticle Thermoelectric Devices”, プラズモニクス研究会, Tokyo, 2024.6.8 (Oral presentation, Japanese).
    10. 山本 彩葉 (B4), 山崎彩香, 齋藤宗平, 久保若奈, “メタマテリアル熱電変換特性と電極の熱輻射吸収特性の相関 Correlation between Metamaterial Thermoelectric Performance and Electrode Absorptivity” プラズモニクス研究会, Tokyo, 2024.6.8 (Poster presentation, Japanese).
    11. Hidezumi Tamehiro (M2),  Wakana Kubo, Enhancement of Thin-Film Thermoelectric Device using Metamaterials, ICNN2024, Yokohama, 2024.4. 24 (Poster presentation, English)
    12. Kenta HAMADA (M2) and Wakana KUBO, “Prediction Algorithm for Determining Parameters of Broadband Metamaterial”, ICNN2024, Yokohama, 2024.4. 24 (Poster presentation, English) (Poster Award)