🚀【Materials Informatics特集 #7】 富士通研究所のGeNNIP4MDにより、ナフィオン膜のプロトン輸送を高精度に再現！約10,000～20,000原子・31ナノ秒のMDを安定実行できるニューラルネットワークポテンシャル（NNP）を構築。拡散係数も実験と一致。 📘 特集記事はこちら（Materials

A sincere thank you to the Japan Society and Stanford US-AsiaTech for organizing the 2025 JP–USA Innovation Awards Symposium. We're grateful to be part of this vibrant community. 🌏✨ We loved meeting so many of you and sharing our AI Computing Broker🤝 And for those new to it—ACB

富士通の一般車載機映像から交通シーンを高精度に再現する「移動体映像シーン3次元解析技術」が、このたび、一般社団法人映像情報メディア学会の第52回（2024年度）技術振興賞

🚀 Start your FREE 30-day trial of Fujitsu’s AI Computing Broker (#ACB)! ⚡️Your GPUs aren’t lazy—your scheduler is. ACB boosts GPU utilization with smart scheduling, no code changes. …documents.research.global.fujitsu.com/ai-computing-b…

＼富士通がSPEXAに出展・講演します／ 富士通は、7月30日～8月1日 開催のSPEXA（国際宇宙ビジネス展）にて、50年以上にわたる宇宙事業で培った軌道解析等の技術と、AI等の総合ICT技術を活用した新たな取り組みを展示するほか、講演も実施します。皆様のご来場をお待ちしております。 ＜講演情報＞

Task Arithmetic lets you combine the skills of large models just by adding their weights. No training data. No fine-tuning. Just pure weight space magic. ✨ But why does it work? Our latest paper, “Task Arithmetic Through the Lens of One‑Shot Federated Learning”, reveals that

⚡GeNNIP4MDを用いたニューラルネットワーク力場で、プロピレングリコールの誘電特性を高精度に再現！低周波帯の解析も可能にし、材料設計を革新します。 🔍 詳細はTECHBLOGをご覧ください ▶ blog.fltech.dev/entry/2025/05/… #GeNNIP4MD #MDsimulation #誘電関数 #次世代材料設計

De-risking Beryl’s investment strategy in Norwich – with Fujitsu’s AI-driven Social Digital Twin Technology 📣 Micromobility company Beryl used our Social Digital Twin to de-risk their change strategy in Norwich, UK. Extending their existing 175 e-scooter rental bay sites with

🏆 Fujitsu’s AI solution just earned global recognition from the World Economic Forum’s MINDS Programme! Our AI-driven supply chain tool reduced inventory costs by $15M and reacts to disruptions in just 3 hours. 💡📦 Join Fujitsu in scaling intelligent, resilient, sustainable

Join Fujitsu at Quantum Innovation 2025 in Osaka! Fujitsu is at the forefront of developing quantum computing to address complex societal challenges that are beyond the reach of classical computers. Our comprehensive research and development (R&D) spans the entire quantum

🚀【Materials Informatics特集 #9】 🔍「相関」では足りない、材料開発に必要なのは「因果」です。富士通研究所が統計的因果探索×Materials Informaticsで挑むのは、“性能を生む本当の原因”を見つけ出すこと。

Our FUJITSU‑MONAKA team from FRIPL made a big splash at ISC High Performance 2025 in Hamburg, showcasing how we’re accelerating AI workloads on Arm CPUs. We demonstrated vLLM inference in PyTorch & OpenVINO with up to 51× throughput gains, unveiled an Arm SVE‑powered BRGEMM

🚀【Materials Informatics特集 #10】－【因果発見AI × 半導体製造】 AIが「なぜ性能が向上したのか？」を教えてくれる時代へ。富士通の最新事例で、GaN-HEMT製造プロセスに因果発見AIを導入。 📊 2週間の人手作業が → たった1日で完了 💡 少量データでも“因果のしくみ”を明示

＼東京公演 ＜null²する音楽会＞で、音をからだで体験／ 耳で聴かない音楽会を体験してみませんか。 落合陽一(落合陽一 Yoichi OCHIAI )×日本フィルハーモニー交響楽団プロジェクト VOL.9《 null² する音楽会

In 2025, AI isn't just a tool—it's what separates market leaders from those left behind. While some companies thrive with AI, many are stuck in neutral, risking lost customers, market share, and talent. Is your AI strategy aggressive enough to compete? Nick Cowell, a Principal

Fujitsu starts official development of plus-10,000 qubit superconducting quantum computer targeting completion in 2030 The new superconducting quantum computer will operate with 250 logical qubits and will utilize Fujitsu's innovative "STAR architecture," an early-stage

From chat-powered itineraries to AI-powered superapps, the future of travel is seamless, personal, and dynamic. Fujitsu is helping global leaders like Qantas and Transport NSW build connected ecosystems that make travel smarter and more human. 🚀 Ready to explore a better way

Advancing Machine Learning at 42nd ICML 2025 in Vancouver 📣 Our latest research on multimodal representation collapse was selected as one of the top 313 “spotlight poster” topics – or the top 2.6% of all 12,000+ submissions – for this year’s International Conference on Machine