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Pushing the Boundaries of
Pushing the Boundaries of
Quantum Information Theory
Quantum Information Theory
山崎隼汰の研究グループでは、量子情報・量子計算の基盤となる理論とその応用を研究しています。山崎研究室では、量子コンピュータが実現する量子情報処理の時代に向けて、総合的な理論基盤の構築を目指しています。研究の詳細は 研究紹介 をご覧ください。
Our research explores the fundamental theory of quantum information and quantum computation along with their applications. Our goal is to establish a comprehensive theoretical foundation for the era of quantum information processing enabled by quantum computers. For more details about our research, please visit Research.
Insight into the foundations
Insight into the foundations
of quantum mechanics
of quantum mechanics
We develop theoretical techniques to pursue deeper insight into the fundamental properties of quantum mechanics.
Fully scalable fault-tolerant
Fully scalable fault-tolerant
quantum computation
quantum computation
We propose protocols and architectures for scalable, low-overhead fault-tolerant quantum computation.
Quantum machine learning
Quantum machine learning
with broad applicability
with broad applicability
We design broadly applicable quantum algorithms that offer exponential advantages for machine learning and beyond.
Hayata Yamasaki — 山崎隼汰
Hayata Yamasaki — 山崎隼汰
東京大学 大学院情報理工学系研究科 コンピュータ科学専攻・東大 理学部 情報学科 准教授。NanoQT 理論チームディレクター。
I work as an associate professor in the Department of Computer Science, Graduate School of Information Science and Technology, The University of Tokyo (2025–present). I also work as a director (principal investigator) leading the theory research team of Quantum Foundation and Innovation Center at Nanofiber Quantum Technologies (NanoQT), Inc. (2023–present).
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