A List of the Latest Research Units

Director

YAMAMOTO, Naoki

Abstract

At our Emerging Research Center of Advanced Physics, research groups in particle physics, nuclear physics, condensed matter physics, biophysics, astrophysics, and laser physics work in close collaboration to advance the frontiers of physics. Our research spans a broad spectrum, from exploring the fundamental laws governing elementary particles, nuclei, and the universe to pioneering material development and measurement technologies. Focusing on the universal laws of nature and emergent phenomena arising from hierarchical structures, we aim to integrate theoretical, experimental, and computational physics to build new research frontiers and contribute to the future of science and technology.

Director

YASUOKA, Kenji

Abstract

We aim to establish an emerging research center that leverages molecular simulation technology to explore new research fields and promote industrial applications. Utilizing computational methods such as molecular dynamics (MD) simulation, Monte Carlo methods, first-principles calculations, and quantum chemistry calculations, we seek to analyze materials' structures, properties, and reaction mechanisms to generate new scientific insights. We also focus on large-scale simulations using supercomputers and the integration of machine learning to develop high-precision predictive technologies. Furthermore, we promote interdisciplinary collaboration and actively engage in joint research with universities and industries to bridge theory and experiment, contributing to advancing science and technology. Additionally, we are committed to fostering young researchers and disseminating advanced simulation technologies to drive new research innovations.

Director

FURUKAWA, Yoshiaki

Abstract

Proteins, with their diverse structures and functions, play a central role in regulating physiological processes. The Emerging Center of Protein Structure and Function Research integrates advanced studies in protein science to contribute to life science and material science, with applications in biotechnology and medicine. Our research focuses on understanding protein folding and misfolding mechanisms to elucidate their roles in disease development. These insights help design functional proteins and biomaterials with tailored properties for biomedical and therapeutic applications. We also explore interactions between proteins and organic molecules to develop novel functional materials and molecular catalysts. By advancing analytical techniques, we aim to improve disease diagnostics and enable the visualization of biological processes. Furthermore, by investigating protein interactions at the nanoscale, we seek to uncover fundamental physical and chemical principles underlying biological phenomena, supporting future advancements in science and medicine.

Director

OSAWA, Hirotaka

Abstract

The Emerging Center for Artificial Intelligence and Interaction aims to realize a society where humans and AI coexist by advancing research on social agents and social intelligence. By evolving beyond mere tools, AI should understand human intentions and emotions, interact adaptively, and facilitate social enhancement and the creation of psychological safety. Specifically, the center explores the integration of symbolic AI with large-scale foundation models, cooperative behavior through adaptive agents, sustainable community formation based on the theory of mind, and human-robot collaboration. Through these efforts, it seeks to establish a new technological foundation to enhance collective intelligence in society.

Director

OTSUKI, Tomoaki

Abstract

The Emerging Center of Ambient Intelligence conducts research on sensing, actuation, communication, and mobile intelligence infrastructures to realize an intelligent environment that supports people and their activities. Many overseas members participate in this project, and through international joint research, it is expected to realize an intelligent environment that enables a safe and secure society for a wide variety of people. The research unit aims to build an international top research community in collaboration with the ASPIRE project of the Japan Science and Technology Agency (JST), which is already led by Dr. Ohtsuki, the head of the research unit. Furthermore, we aim to foster young researchers through international joint research and international joint workshops.

Director

MIKI, Norihisa

Abstract

This research unit promotes studies in the micro/nano engineering field, covering areas such as MEMS (Micro Electro Mechanical Systems), micromachines, and microTAS within the Faculty of Science and Technology. Research in the micro/nano domain requires microfabrication processes in a cleanroom environment. However, maintaining the necessary infrastructure and expertise within a single laboratory is challenging. Therefore, this unit facilitates research efficiency by sharing infrastructure and technical expertise among its members. The research findings will be actively presented at domestic and international conferences. In particular, within Japan, presentations will be made at events such as the Micro/Nano Engineering Symposium of the Japan Society of Mechanical Engineers (JSME).

Director

TAKAHASHI, Hidetoshi

Abstract

In this research center, we conduct interdisciplinary research activities aimed at addressing social issues related to climate change by leveraging mathematical and engineering expertise. Climate change is an urgent global challenge that affects not only Japan but also the entire world. Therefore, we actively encourage students and early-career researchers to engage in international research collaborations that transcend national boundaries. Our research interests cover a wide range of topics, including, from a macro perspective, the mechanisms of global temperature rise, changes in ocean currents, and shifts in wildlife behavior. From a micro perspective, we focus on developing efficient temperature management systems and related technologies to mitigate the impacts of climate change. We utilize new technologies such as advanced computing and machine learning in numerical simulation and experimental data analysis for solving the problems.

Director

SANO, Satoshi

Abstract

The "Emerging Center for Social Innovation, Art, and Architecture" conducts interdisciplinary research on architectural design, structural and environmental engineering, urban planning, art, aesthetics, cognitive science, psychology, sociology, and linguistics. The unit aims to bring together humanities, engineering, and design expertise to produce new knowledge and innovative solutions to complex social challenges through critical thinking and creativity.

Director

OGAWA, Ami

Abstract

The Emerging Research Center for Spatial Design and Environmental Engineering conducts engineering research on design for spaces and environments as well as practical design work. The center comprises researchers specializing in architecture and urban planning, housing, environmental engineering, structural engineering, material engineering, control engineering, robotics, welfare engineering, and psychology.

Director

KOMOTORI, Jun

Abstract

In cutting-edge medical fields such as regenerative medicine and gene therapy, aligning the needs of medicine with technological innovations in engineering has become a critical challenge. In response, there is a growing demand for close collaboration among researchers from diverse disciplines, including medicine, biology, engineering, and information science. At CELLab, we bring together researchers from these varied backgrounds to promote interdisciplinary and cross-disciplinary research. Our goal is to establish a hub for innovation that spans from fundamental science to practical applications in medicine and bioengineering.

Director

KAKINUMA, Yasuhiro

Abstract

The Emerging Center of Industrial Engineering (tentative name) aims to advance cutting-edge manufacturing research in materials, design, production, and numerical analysis while promoting industry-academia collaboration and securing external funding. By leveraging Keio University's strengths, such as the Manufacturing Center and the Central Testing Laboratory, the center will establish a leading research framework for innovative manufacturing technologies. Through close cooperation with companies and research institutions, it will foster the creation of new industrial value and enhance competitiveness in securing large-scale research grants from the Ministry of Economy, Trade and Industry (METI) and other funding sources.

Director

BANNAI, Kenichi

Abstract

In the field of artificial intelligence and machine learning, mathematical methods are playing an increasingly important role, particularly in the development of new algorithms and the analysis of machine learning theory.
The purpose of this research unit is to introduce novel mathematical methods into the field of artificial intelligence and machine learning through collaborative research between AI/ML researchers at RIKEN and experts in pure mathematics, optimization, statistics, and related areas from the Department of Mathematical Sciences and neighboring departments. At the same time, the unit seeks to organically integrate existing mathematical approaches and create new concepts and methodologies that contribute to the advancement of machine learning.

Director

OHMATSU, Kohsuke

Abstract

Our unit explores uncharted chemical space and creates innovative molecular technologies that will enable the construction of a more secure and comfortable society in the future. Leading researchers in molecular transformations, synthesis of complex molecules, functional molecular materials, and bioactive molecules collaborate with emerging young scientists and graduate students to advance cutting-edge research. By integrating scientific principles and technologies, we enable the precise synthesis of previously inaccessible molecules and the discovery of unprecedented functions. To accelerate this research, we establish a flexible research and education framework that extends beyond the boundaries of traditional laboratories. We create a seamless system for sharing the latest technologies and key challenges, while also organizing open joint seminars for all unit members and setting up mixer sessions where researchers from different fields can freely discuss and exchange ideas. Through these initiatives, we encourage the daily mixing/merging of people and research, sparking innovative ideas and facilitating their immediate implementation.

Director

FUKAGATA, Koji

Abstract

Research topics related to fluid mechanics is widespread across departments. In this research unit, we aim to form an interdisciplinary fluid mechanics research community in order to exchange ideas and work together to solve problems through regular joint research meetings among researchers who are working on fluid mechanics problems using various approaches.

Director

FUJIMOTO, Yukari

Abstract

The center aims to advance the cutting-edge field of chemical biology by bringing together researchers from chemistry, life sciences, and related disciplines to promote information exchange, collaborative research, and the organization of seminars. By integrating knowledge and technologies across interdisciplinary fields, we seek to pioneer new research areas and contribute to scientific advancement. Furthermore, through the promotion of diverse collaborations and the nurturing of the next generation of researchers, we strive to lead and shape the future of related scientific domains.

Director

FUJIWARA, Kei

Abstract

In theory, mirror-image worlds of life and the universe could exist. Our center explores phenomena in such worlds through theoretical studies in biology and physics and developing technologies associated with them. Additionally, we integrate virtual reality, science fiction, art, music, history, and social sciences to project these ideas into society, making them accessible to both scientists and the public. Our research not only establishes new paradigms for understanding life and the universe but also inspires a re-evaluation of their global values and perspectives.

Director

MIKI, Norihisa

Abstract

Robotics is an interdisciplinary field that encompasses artificial intelligence (AI), natural language processing, control engineering, kinematics, ergonomics, as well as psychology and ethics. Its applications span a wide range of domains, including manufacturing, logistics, healthcare, disaster prevention, agriculture, space, services, and education. At this research center, experts from diverse academic backgrounds come together to explore the frontiers of robotics, from the development of groundbreaking theories to practical, application-oriented innovations. Serving as a central hub for robotics research within Keio University, the center actively promotes collaborative research with domestic and international institutions and industry partners, aiming to lead the global advancement of the field.

Director

TANAKA, Shu

Abstract

The development of optimization methods based on quantum computing technology (quantum optimization) is an important step in achieving a quantum future society. To encourage research on the social implementation of quantum optimization, we need to create a space for innovation involving various fields of application, such as physics, chemistry, and computational mechanics, in addition to quantum information theory. In this unit, we will work with the Sustainable Quantum AI Research Center, which is part of KGRI. We will share knowledge and other information to support quantum optimization research. We will also work together to encourage research and collaboration between universities and industry.

Director

WATANABE, Shinichi

Abstract

In the Advanced Quantum Measurement Unit, research groups dedicated to cutting-edge quantum measurement technologies collaborate to drive research spanning materials and life sciences, quantum information and communications, and the development of novel quantum devices. By actively leveraging quantum technologies, we aim to push the boundaries of measurement accuracy to the ultimate limit, thereby accelerating new materials development, pioneering life science research, and realizing large-scale information communications. Additionally, we reinforce global partnerships and expand support for students and early-career researchers, thereby cultivating the next generation of experts.

Director

KONDO, Masaaki

Abstract

Embodied AI, which enables AI to perform physical tasks in the real world, is regarded as a key technology for shaping the future. Its development requires a wide range of essential technologies, including generative AI, robotics, sensing, security, operating systems, software, optimization, computing, and semiconductors. To advance embodied AI research and promote its societal implementation, a collaborative environment where researchers in various fields can work together is essential. This unit aims to foster such collaboration by sharing research resources such as experimental equipment, data, computing infrastructure, and expertise among researchers, while also promoting joint research and collaboration with industry.

Director

TANABE, Takasumi

Abstract

At the Graduate School of Keio University, we aim to establish a research hub in optics and photonics—encompassing ultra-high-precision spectroscopy, laser processing, nanophotonics, photonic integrated circuits, optical communications, quantum optical technology, optical measurement, and biomedical optics—by fostering collaboration among these diverse technical fields, and to develop it into a globally leading research center.

Director

SERIZAWA, Nobuyuki

Abstract

The emergence of innovative concepts and materials that support future society and change the world requires spontaneous synergy among researchers with diverse interests across various scientific disciplines. This research unit aims to advance academic theories and apply materials in the context of society by proposing novel concepts and methods, rather than merely synthesizing new substances or developing new theories. We promote the discovery and exploration of innovative theories, materials, functions, devices, and integrated systems through interdisciplinary collaboration among researchers based on the physico-chemistry of assemblies and hierarchies rather than solely designing crystal and molecular structures. Our unit also provides a platform for fostering innovative ideas of next-generation researchers, particularly Ph.D. students.

Director

KATSURA, Seiichiro

Abstract

In this emerging research center, we will develop a fundamental technology that uses functional electrical stimulation as an interface to attain an interaction called "Body Link" that connects bodies, and create new forms of communication and services through information and communications. In addition to the conventional multimedia data, the "Body Link" will enable new experiences that can be shared by connecting the body with others in remote locations.

Director

NAMERIKAWA, Toru

Abstract

The Center for Control and Information Systems focuses on control theory and optimization as core technologies, aiming to integrate and advance systems science and information science. To address modern complex social and technological challenges, we strive to enhance dynamic system optimization, decision support, and data analysis techniques. In particular, we promote the application of advanced control algorithms using AI and machine learning, as well as real-time optimization technologies, in diverse fields such as energy, mobility, healthcare, robotics, and systems biology.
Our center pursues interdisciplinary research activities, combining fundamental theory with applied research and practical technology development to contribute to society.

Director

KAMIHARA, Yoichi

Abstract

A strongly correlated electron system (SCES) is a concept to understand the electronic properties of materials, in which unpaired electrons result in spin-polarization of atoms and interact with electronic carriers clearly, is mainly composed of multinary compounds containing transition metals and/or rare-earth metals. The concept has stimulated the discovery of cuprate, iron-based, and nickelates high critical temperature (Tc) superconductors and is required to understand detailed origin of these materials emerging (ME). The SCES-ME unit designs the condensed matters and devices in the strongly correlated system, and tries to do hyperfine, chemical, thermal, spin-electronic, and surface electrochemical analysis to demonstrate transformative research in SCES.

Director

NAKANISHI, Miwa

Abstract

The Ergonomics and Human Factors Research Unit conducts research to optimize the design of products and services based on a deep understanding of human physical, cognitive, and psychological characteristics. The research themes of this unit range from basic research topics that elucidate human characteristics and measurement methods, to practical research topics that evaluate and plan products and services by applying intelligent information processing methods to these findings, and to research topics that develop methods for operating and managing teams and organizations in the real world. Ergonomics and Human Factors is an interdisciplinary field of study that is strongly oriented toward real-world applications. Therefore, regardless of whether it is in the humanities or sciences, and through collaboration between industry, academia, and government, we pursue research results that lead to social implementation regarding the relationship between people and all the elements that surround us.

Director

ISHIKURO, Hiroki

Abstract

This center serves as an emergent hub for the extensive research and development of semiconductor technologies, which form the foundation of information processing systems. Faculty members from diverse specialized fields collaborate closely to conduct comprehensive research, spanning fundamental disciplines such as materials science, physics, and chemistry, to applied domains including device technology, integrated circuits, circuit design, architecture, operating systems, and equipment applications. By placing industry-academia collaboration at its core, we aim to foster the creation of innovative elemental technologies essential for the future and drive their implementation in society.

Director

OMIYA, Masaki

Abstract

In contact sports such as judo, football, and rugby, it is known that severe head injuries such as concussions and acute subdural hematomas can occur due to head collisions. Countermeasures for these injuries are in demand. In this research unit, we conduct simulations of head collisions to analyze the behavior of the brain inside the skull and clarify the relationship between head collision patterns and the occurrence of head injuries. Furthermore, we design head protection gear that does not burden the athlete during sports activities and mitigates the impact during head collisions. By actually prototyping and evaluating these designs, we aim to propose head protection gear that allows athletes to participate in sports with safety.

Director

KANO, Hideaki

Abstract

In this study, we develop a novel quantum imaging system by applying a high-brightness quantum light source generated through spontaneous parametric down-conversion to coherent anti-Stokes Raman scattering (CARS) spectroscopic imaging and explore its applications in life sciences.

Director

OGAWA, Ami

Abstract

The Wellbeing Space Research Unit aims to research how spaces, human behavior and contemplative learning foster wellbeing, from a systems approach. It comprises researchers specializing in architecture and urban engineering, brain science, environmental engineering, future engineering, and educational anthropology.

Director

SHIMIZU, Tomoko K.

Abstract

The Surface and Interface Science Unit aims to advance fundamental and applied research to understand and utilize unique phenomena occurring in the two-dimensional space of surfaces and interfaces. We employ state-of-the-art probe microscopy and surface-sensitive spectroscopy to elucidate various processes such as catalytic reactions, electrochemical reactions, and energy conversion from both physical and chemical perspectives. The knowledge gained is then applied to develop novel functional materials for use in biomedical measurement systems, CO2 utilization systems, and beyond. Additionally, we actively engage in collaborations with domestic and international research groups and support the education of future researchers.

Director

TAKAHASHI, Daisuke

Abstract

This unit aims to create innovative 「molecules」, 「technologies」, 「functions」, and 「scientific principles」 that will contribute to the construction of a sustainable society through the exchange between chemical and biological researchers in the field of glycoscience and the development of unexplored glycoscience-related fields. A research and education environment will be created in which world-leading researchers in the field of glycoscience, up-and-coming young researchers, and undergraduate and graduate students can share research issues and solve problems quickly, as required. Furthermore, seminars and other events related to glycoscience will be organized.

Director

SHIRAISHI, Hiroshi

Abstract

The Mathematical Data Science Research Unit is an organization that develops research activities centered on two axes: “theory” and “application”. We aim to contribute to the development of data science through both the exploration of advanced statistical machine learning theory and applied research directly related to solving real-world problems.

Director

TAKAHASI, Hiroki

Abstract

This unit focuses on dynamical systems in a broad sense, a mathematical discipline proposed by Henri Poincaré in the 19th century that aims to develop a theory capable of foreseeing and controlling time evolution of natural phenomena in various fields of knowledge. The scope of research of this unit includes static problems without evolution that lie at the interface of ergodic theory and discrete mathematics, such as arithmetic progressions, structures of graphs and geometric configurations.

Director

ISOGAWA, Mariko

Abstract

The Computer Vision Research Unit focuses on developing technologies that enable computers to understand the state of the external world by analyzing images, videos, and other data. Specifically, we aim to create more accurate and efficient algorithms by incorporating the latest machine learning techniques, with applications in diverse fields such as healthcare, sports, and robotics. Furthermore, we strive to build technologies that can accurately perceive environmental information even under challenging conditions, such as low-light environments or high-speed motion, by leveraging not only visual sensors like cameras but also a variety of other measurement data.

Director

TANAKA, Ken-ichi

Abstract

Societies and organizations are composed of individuals with diverse objectives. In this research unit, we seek to address problems within such complex social systems through mathematical approaches. Based on multiple disciplines, including mathematical optimization, algorithm theory, game theory, applied probability theory, and urban engineering, we evaluate and design social systems from both theoretical and practical perspectives.

Director

MIKAMI, Koichi

Abstract

Molecular Robotics is an emergent field of research aiming to build nano- or micro-scale robots using biological and other molecules. Through interdisciplinary collaboration including a social scientist, our research group aims to build a socially-desirable molecular robot which interacts with viruses, cells, and/or microorganisms.

Director

BANNO, Taisuke

Abstract

The field of active matter, which studies moving systems in both living and non-living materials, is becoming a major area of physics aimed at understanding complex dynamic behaviors. While recent research has begun focusing on the molecular scale, our understanding remains limited. This research unit seeks to elucidate the mechanical interactions of active matter at molecular and submicron scales and develop methods for designing such systems. By uncovering the fundamental principles of cellular and tissue motility, we aim to advance the understanding of diseases linked to abnormal cell movement and contribute to new therapeutic strategies and regenerative medicine applications.

Director

FUJIOKA, Satoko

Abstract

Chemical engineering is a discipline that transcends barriers of scale by analyzing and modeling phenomena from the molecular level to the global environmental scale. This research unit fosters collaboration among researchers focusing on the elucidation, control, and industrial applications of various physical and chemical phenomena involving multiphase flows, such as fine particles in gases, as well as droplets and bubbles in liquid phases. Through discussions and inter-laboratory exchanges, we seek opportunities for collaboration and promote the joint development of equipment and processes aimed at applications in food, pharmaceutical, and environmental technologies.

Director

KOIKE, Ryo

Abstract

3D Photopolymerization Emergent Unit will take three-dimensional (3D) photofabrication as its core research theme, and engage in interdisciplinary development of cutting-edge technologies including microstructure fabrication, metal additive manufacturing, thermally-driven microrobotics, and the creation of metamaterials. This unit aims to establish a sustainable development framework through the acquisition of large-scale external funding and the strengthening of industry-academia-government collaborations. By comprehensively integrating and fusing light-based processing phenomena, namely additive (material addition), subtractive (material removal), and modification (property alteration), the unit will establish a scalable photofabrication platform capable of accommodating a wide variety of materials, from polymers to metals. Furthermore, by collaborating with key institutional partners such as the NANOBIC, the Manufacturing Center, and the Central Testing Laboratory, the unit will work to build a robust technological foundation capable of flexibly addressing the increasingly diverse and complex needs of society.