NTT Quantum Computing Research Center

Fujitsu's quantum computing R&D strategy focusing on ion-trap quantum computer development, quantum simulation, and combinatorial optimization. Accelerates industrial applications: financial modeling, drug discovery, materials science. Plans cloud-based quantum computing services. Pioneers classical-quantum hybrid computing transition. Positions Japan as global quantum computing research leader alongside government initiatives.

日本電信電話（NTT）推進的量子運算技術開發。研究拓撲量子位元、量子密碼通信及量子模擬技術。應用於金融預測、藥物分子模擬及最適化問題求解，透過與次世代 AI 的融合，實現超高速運算能力。

NTT位於東京的量子運算研究機構，研究超導量子位元、光子量子位元、離子系量子位元等多種物理實現方案。致力於革新次世代通訊、最優化問題求解及密碼技術，旨在將日本定位為量子研究的全球領導者。

以理化學研究所為中心的日本量子電腦研發計畫。國產量子電腦的開發及量子密碼通訊的實用化研究正穩步推進。日本政府已將量子技術定位為國家戰略，並投入大規模資金支持。

日本太空開發的核心機構。藉由H-II火箭、小行星探測機隼鳥等任務獲得國際認可。2020年隼鳥2號成功帶回樣本，成為國際盛事。月球探測、火星探測、月面基地構想等未來計畫皆具雄心壯志。代表日本的科技實力與國際合作精神，象徵對未來技術的投資承諾。

Rapidus, established in 2022, is Japan's semiconductor manufacturing venture targeting next-generation 2nm process technology and domestic production capacity. Plans supply to cutting-edge applications: AI chips, autonomous vehicle processors, IoT devices. Backed by ENEOS, JOGMEC, and others. Embodies Japan's strategic shift toward semiconductor self-sufficiency and technological independence in critical computing infrastructure.

Japan's strategic hydrogen utilization roadmap to achieve carbon neutrality by 2050. Focuses on green hydrogen production from renewables, hydrogen station infrastructure expansion, and deployment in fuel cell vehicles and industrial applications. Involves major corporations: IHI, Kawasaki Heavy Industries, Toyota. Integrates energy security, industrial competitiveness, and environmental solutions into a coherent long-term vision.