Japan's Next-Generation Computing Infrastructure Strategy

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Society 5.0、碳中和、數位轉型為核心的日本國家技術戰略。涵蓋量子電腦、人工智慧、氫能技術、太空開發、生物科技等多項尖端領域，致力維持國際競爭力。作為邁向2050年的綠色成長戰略而制定，以數兆日圓規模的國家預算推動。整合性地因應經濟安全、氣候變遷與高齡社會課題。

整合人工智慧、機器人、太空開發、量子電腦等尖端技術，構想2030年代至2050年日本社會的國家戰略。以因應人口減少與超高齡化、達成碳中和、強化數位競爭力為目標，特色在於科學技術與數位戰略的統合。

整合量子電腦、超級電腦（富岳）與AI加速晶片的運算基礎設施。能以超高速執行大規模資料處理、模擬運算與AI訓練。應用於科學研究、新藥開發、氣象預測、金融預測等領域，強化日本知識產業的競爭力。

A hydrogen energy strategy led by METI toward achieving a decarbonized society. It aims to build the entire hydrogen value chain—production, transport, and utilization—for 2050 carbon neutrality. It encompasses renewable hydrogen production, hydrogen power infrastructure, fuel cell vehicle expansion, and hydrogen station networks. This strategy forms the core of Japan's next-generation energy system.

An industrial ecosystem integrating multiple energy technologies including renewables, hydrogen/ammonia, battery innovation, and smart grids. Under public-private partnerships, major power utilities, automakers, chemical companies, and startups collaborate. It aims simultaneously for 2050 carbon neutrality, maintaining Japan's industrial competitiveness, regional revitalization, and job creation.

Japan's integrated strategy investing in new computing paradigms: quantum, photonic, and superconducting. Coordinated by NTT, Fujitsu, and RIKEN with national priority. A national initiative competing with Silicon Valley in the AI era's computational power race. Targets practical deployment in the 2030s.