フォトギャラリー

Photos of Dani Unit research | 電子デバイス開発に向けて新たなメカニズムを実証

Images from the web story on Dr. Keisuke Nakashima's study on gut Chitin

Images from the web story on Riccardo Funari, Nikhil Bhalla and Kang-Yu Chu's study on biofilms | A nanomushroom chip undergoing testing with an LSPR device

Images from the web story on Yunliang Zang's model of the Purkinje Cell

Images from the web sotry on Dr Jonanthan Ward's research into nanoparticle detection | A magnified photograph of a glass Whispering Gallery Resonator | 気泡と囁き-ガラス気泡がナノ粒子検出を大きく躍進 | WGR（ウィスパリング・ギャラリー共振器）の拡大写真

Images from the web sotry on Dr. Xingya Xu and Dr. Norihiko Nakazawa's work on Cohesin | コヒーシン

New all-inorganic perovskite solar cells tackle three key challenges in solar cell technology: efficiency, stability, and cost | Bright Future for Solar Cell Technology | 太陽電池の明るい未来 | 無機物で作製された新型のペロブスカイト太陽電池で、エネルギー変換効率、安定性、生産コストという３つの課題を克服しようとしています

Technicians from OIST’s Imaging Section and PhD students from the Bioinspired Soft Matter Unit. From left to right: Toshio Sasaki, Sachie Yukawa, Shijin Zhang and Kun'ichi Miyazawa | 分子足場によるナノ構造の構築支援 | 左から右へ：佐々木敏雄、湯川幸江、シジン・ザン、宮澤薫一

Predicting the Future: “Striosome” Neurons in the Basal Ganglia Play a Key Role in Learning | 予測する脳：大脳基底核の「ストリオソーム」神経細胞が学習のカギ

Images from Kusumi unit web story (Biological Ballet: Development of a New Imaging Technique Reveals Complex Protein Movements in the Cell Membrane) | The microscope built by the Membrane Cooperativity Unit for live-cell single fluorescent-molecule imaging | まるでバレリーナ！ イメージングの新技術を開発して、細胞膜タンパク質の複雑な動きを見たら | 生細胞中で多数の蛍光標識分子を1分子分解能で追跡するため、膜協同性ユニットが特別に組み立てた顕微鏡

Photos from Takahashi unit web story (Remake, Refill, Reuse: Recycling at the Synapse Revealed)

Fukunaga’s group, which has grown from just her to a fully fledged unit over the past year or so, studies inhibitory neurons