companyname

Quantum Division

Quantum Division

Beyond Computation:
Quantum Software Meets Quantum-HPC

In the “quantum” division, we will advance cutting-edge research in quantum software, quantum-enabled scientific applications, and the integration of quantum computing with supercomputing (Quantum-HPC). Through a university-wide interdisciplinary research framework, we aim to establish a globally competitive next-generation computing infrastructure. In particular, we seek to establish a new computing paradigm that seamlessly integrates quantum computing and supercomputing, to systematize quantum algorithms and quantum software, and ultimately to realize quantum advantage and accelerate the deployment of quantum technologies in real-world applications.
Through close collaboration with the research institutes and industrial partners located in Tsukuba-city, we will promote fundamental research on quantum technologies and Quantum-HPC, as well as their applications to frontier scientific domains including materials science, chemistry, and information science. Furthermore, we will establish methodologies for effectively utilizing quantum computing to advance scientific discovery and address societal challenges. By doing so, we will build a continuous research and innovation ecosystem that spans fundamental research, technology transfer, and industrial deployment, thereby establishing ourselves as a world-leading international research hub.
In addition, we will foster the next generation of researchers and engineers who possess interdisciplinary expertise spanning quantum information science, computational science, and supercomputing. By cultivating an active research and technical community capable of integrating these disciplines, we aim to nurture globally competitive talent that will lead future advances in quantum computing and Quantum-HPC.

Overview

Quantum-HPC
We will advance computational capabilities by integrating supercomputers and quantum computers, and by developing efficient methods for their combined use.
Beyond Computational Limits
Quantum-Software
We will advance quantum algorithms for high-performance computation and establish secure cryptographic technologies resilient to future quantum computing threats.
Quantum Execution & Critical Information Infrastructure Protection
Quantum Application
We will advance scientific discovery through quantum computing and Quantum-HPC integration, while exploring the potential of quantum information and developing innovative quantum applications for real-world impact. We will push the boundaries of information processing.
Science and Industrial Applications: Materials, Drug Discovery, Finance, ptimization, and Demonstration of Quantum Advantage

Misson

  • Enhancing the Quantum-HPC infrastructure
  • Scientific challenges expected to benefit from quantum computing
  • Quantum algorithms for noisy and fault-tolerant quantum computers development

Member Faculty

Quantum-HPC R&D
TSUJI Miwako, FUJITA Norihisa,
YAMAGUCHI Yoshiki, KOJIMA Takuya,
SUGIURA Keisuke
Quantum Software R&D
TAKAHASHI Yasuhiro,
KUNIHIRO Noboru,
MIYAMOTO Masayuki
Quantum Wide Application
SHIGETA Yasuteru,
NAKATSUKASA Takashi,
TOKURA Yasuhiro,
KOIZUMI Hiroyasu, AKIYAMA Shinichiro, SHIKANO Yutaka, IMAI Satoya

From recent research themes

JST Center of Innovation-type Community-led Ecosystem with Partners (COI-NEXT 「Center of Innovation for Sustainable Quantum AI」
Next-generation Edge AI Semiconductor Research and Development Project
Development of design framework of VLSI circuit with advanced process node