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  1. 4 days ago · Major expansions in the 1980s and the early 21st century, including the selection of Japanese architect Yoshio Taniguchi for a significant renovation, nearly doubled MoMA's space for exhibitions and programs.

  2. 2 days ago · Toyotomi Hidetsugu and Zuisen-ji Temple. June 18–August 4, 2024. Upcoming. Exhibition Information. Extended Evening Hours: Fridays until the End of March 2025. Exhibitions. Current Collection Exhibition. Feature Exhibition Commemorating the 430th Memorial of Toyotomi Hidetsugu. Toyotomi Hidetsugu and Zuisen-ji Temple. June 18–August 4, 2024.

  3. 3 days ago · Corporate Vice Presidents. Corporate Senior Vice President. Foad Shaikhzadeh. President, Furukawa Electric LatAm S.A (Brazil) Ryoji Ono. General Manager, Functional Products Division. Toshihiko Ota. General Manager, Communications Solutions Division and General Manager, Next Generation Photonics Business Innovation Project. Takashi Yamamoto.

  4. 5 hours ago · Yokohama F Marinos - Tokyo Verdy Squad List. Meiji Yasuda J1 League / Matchday 21. Nissan Stadium / 29.06.2024 / 10:00.

  5. 3 days ago · Yoshio Tano (Born in March 26, 1957) April 1979 Entered Yamaha Motor Co., Ltd. November 1984 Entered IBM Japan, Ltd. January 2014 Officer of Kobelco Systems Corporation April 2015 Executive Officer April 2017 President April 2022 President of assured Business Consulting (to present) June 2022

  6. 1 day ago · Albirex Niigata. Albirex Niigata (アルビレックス新潟, Arubirekkusu Nīgata) is a professional football club based in Niigata, Japan. Formed in 1955 as Niigata Eleven SC, it was renamed Albireo Niigata FC in 1995, and Albirex Niigata in 1997. They currently play in J1 League after promoted from J2 League as champions in 2022 .

  7. 5 days ago · 名古屋大学大学院理学研究科の谷口 博基 准教授らの研究グループは、慶應義塾大学理工学部の萩原 学 専任講師、熊本大学半導体・デジタル研究教育機構の佐藤 幸生 教授、東京工業大学物質理工学院の横田 紘子 教授との共同研究で、 チタン石型酸化物における新しい反強誘電体と、ドメイン壁に起因する新奇な誘電率増強効果を発見 しました。 反強誘電性とよばれる性質をもつ物質(反強誘電体)中では、隣り合う電気双極子が互いに反平行に並んでおり、電場を加えることでそれらの電気双極子が平行に再配列します。 この現象を利用することで、高密度蓄エネルギー特性や高電場印加下での高誘電率などの優れた特性を備えた誘電体材料の創製が可能となります。