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NTT Establishes Technology to Accurately Track When and How Much CO₂ Algae Absorb

◆ By continuously tracking changes in CO₂ absorption by microalgae 3 over time, the technology enables the exploration and ...
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[Report] Mirai School at "NTT Dream Kids 2026": A Hands-On Workshop Event Where Children Experience the Technology of the Future

NTT Dream Kids is a hands-on learning event held every summer vacation since 2006, with the aim of explaining the role and ...
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3 papers from NTT accepted to ICIP, a leading international conference in the field of image processing, computer vision imaging

3 papers from NTT accepted to ICIP, a leading international conference in the field of image processing, computer vision imaging ...
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IOWN AI Fund Makes First Investment in iPronics to Advance Next-Generation AI Infrastructure and Build the IOWN Ecosystem

Tokyo, Japan, September 9, 2026 — NTT, Inc. (NTT) today announced that the IOWN AI Fund (the "Fund"), whose formation was ...
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Four papers from NTT Laboratories have been accepted for ECCV2026, a premier conference on computer vision

Four papers authored by NTT Laboratories have been accepted at ECCV2026 (The 19 th European Conference on Computer Vision), ...
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Can Science Keep Feeding the World?

"Population, when unchecked, increases in a geometrical ratio. Subsistence increases only in an arithmetical ratio." — Thomas Robert Malthus, An Essay on the Principle of Population (1798) Can we keep ...
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NTT Researcher Appointed Maintainer (WebGPU) of llama.cpp, a Widely Used Local AI Inference Engine

Information is current as of the date of issue of the individual topics. Please be advised that information may be outdated ...
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藻類が「いつ、どれだけCO₂を吸収したか」を正確に捉える計測技術を確立

～培養条件の最適化を通じ、CO₂吸収量向上とバイオマス生産効率化へ～ 発表のポイント： 微細藻類（※1）培養中の溶存無機炭素（DIC）（※2）濃度を、センサを用いて簡便かつ高精度に ...
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～アナログ信号処理による低遅延・省電力性を活かし、IOWN/6G時代のAIデータセンタ・基地局ネットワークを支える新たな選択肢へ～

NTTは、100mの実用的な伝送距離で、サブテラヘルツ帯（100～300GHzの周波数帯）において世界最高速となる毎秒2テラビット ...
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NTTと富士通、「持続可能な未来型デジタル社会の実現」に向けた戦略的業務提携に合意

日本電信電話株式会社（本社：東京都千代田区、代表取締役社長 社長執行役員：澤田 純、以下「NTT」）と、富士通株式会社（本社：東京都港区、代表取締役社長 ：時田 隆仁、以下「富士通 ...
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～透明視錯覚を活用した映像の欠損補完により3D映像を汎用的なデバイスで提示可能～

バラバラに配置したモニタ群全体で、世界で初めて飛び出す巨大3D立体像の提示に成功 透明視錯覚（※1）を利用することで、モニタの種類が不揃いで、モニタ間に隙間がある場合でも ...