2025年3月24日に行われた日本光学会 メタオプティクス研究グループによる第2回研究会において、岩見研究室B4の大森がメタオプティクス賞を受賞しました。 発表タイトル：窒化シリコン製十字型メタアトムライブラリによるフルカラー3Dメタサーフェスホログラム 内 容：メタサーフェスホログラムの研究をしています。ホログラムとは物体光を記録する素子であり、本研究室では我々は可視光の波長以下の構造をもつメタサーフェスを用いてホログラムを製作しています。将来的にはあらゆる角度から観察できる眼精疲労の少ない3Dディスプレイへの応用を目指しています。
Category: Achievements
Published in Optics Express ～Highly efficient multifunctional metasurface integrating lens, prism, and wave plate～
An article1 co-authored by M2 Prutphongs, M1 Ito, Gen12th Aoki, Principal Researcher Motoharu Hiroki from the National Institute of Information and Communications Technology (NICT), and Assistant Professor Satoshi Ikezawa from Waseda University has been published in Optics Express (IF=3.2), issued by Optica. A press release regarding this paper has also been…
Meta-Optics Award
D1 Yamaguchi received the Meta-Optics Award at the first meeting by the Meta-Optics Research Group of the Optical Society of Japan held on May 24, 2024. Title：窒化シリコンメタサーフェスによる高効率フルカラーホログラム(Highly efficient full-color holograms with silicon nitride metasurfaces)
Student Award
Hada, a student of our laboratory, received the Student Award at ALPS2024 held from April 22 to 26, 2024.Presentation title：Alvarez Metalens with Polarization Separation Function
Published in Nanophotonics
An original paper submitted by Yamaguchi has been published in Nanophotonics (IF=7.923), De Gruyter. A press release of this paper was introduced on the official website of TUAT. This paper reports on the projection of 30 frames of full-color movie, achieving 92.0% transmittance and 72.7% diffraction efficiency by using silicon…
APS Best Applied Paper Award
Our student Yamaguchi received the APS Best Applied Paper Award at Metamaterials’2023 held from September 11 to 16, 2023.Title：Naked-eye Observable Animation with 3D Metasurface Holograms
Best Poster Award
Our student Yamaguchi received the Best Poster Award at THE 7TH A3 METAMATERIALS FORUM 2023 held from June 26 to 29, 2023.Title：Improvement of transmittance and diffraction efficiency of holograms using silicon nitride metasurface