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Graduate School of Engineering, Chiba University
Associate ProfessorIn my area of expertise, I focus on plastics (polymers). I engage in producing plastics, evaluating their properties, and studying their decomposition. In my current research, I am working towards the realization of a recycling system that transforms post-consumer plastics into plant fertilizers. By effectively utilizing waste plastics as fertilizers, we can achieve efficient resource recycling. Moreover, fertilizers synthesized from waste plastics have the potential to address the food crisis associated with the world's population growth. Inspired by the concept of "making bread from plastic" depicted in the TV anime series Future Boy Conan (directed by Hayao Miyazaki, 1978), I aim to develop a novel technology that can bring this dream to reality.
Recent Topics of Interest: Plastic issues, agriculture
Motto in Research or in Life: Where there is a will, there is a way.
Hobby / Holiday: Reading books, including manga (My recent favorite is the Kosaku Shima series)
Graduate School of Engineering, Chiba University
Assistant ProfessorThrough the development of advanced measurement methods based on positron annihilation spectroscopy (PAS)—a non-destructive and highly sensitive technique for detecting open-volume defects in materials—I investigate the formation of hydrogen-related defects and their role in the hydrogen embrittlement of metals. My aim is to elucidate this mechanism at the atomic level, thereby promoting the development of hydrogen-resistant materials for use in hydrogen energy infrastructure. This research will support the wider adoption of hydrogen energy and contribute to achieving clean energy goals.
In addition, I am engaged in research on evaluating the pharmaceutical stability of complex lyophilized formulations through free-volume measurements using PAS.
Recent Topics of Interest:
• Hydrogen-induced defects in metals and alloys
• Pharmaceutical stability of complex lyophilized formulations
Motto in Research or in Life:
Small steps taken consistently lead to great achievements
Hobby / Holiday Activities:
Mountain climbing, Cooking
Graduate School of Engineering, Chiba University
Assistant ProfessorStarting from the question, "What can only be created through the assembly of molecules?" I investigate how molecular assemblies generate structures, aiming to apply these insights to the design of new assemblies. My goal is to elucidate novel assembly principles and the emergent functions they produce.
Recent Topics of Interests:
I am particularly interested in whether the space, multivalency, and amplification generated by the formation of molecular assemblies can be designed as a ‘process for functional expression.’
Motto in Research or in Life: Focus on thinking, not worrying
Hobby / Holiday:
I try to make time to think about my research at a slower pace than during the busy weekdays, allowing for more creative and reflective thoughts.
Graduate School of Engineering / Molecular Chirality Research Center, Chiba University
ProfessorI am researching machining technology, which aims to shape materials into desired forms and constantly evolve.
For example, advancements in smartphone performance and shatter-resistant displays are the results of developments in processing technology.
In particular, I am working on processing hard and brittle materials such as glass using lasers.
Recent Topics of Interests:
In case research funds run out, I am choosing themes that don't cost much；）
Hobby / Holiday: Mostly work!
Graduate School of Engineering, Chiba University
ProfessorTo address the social challenge posed by a rapidly declining workforce, my research focuses on automating traditional construction techniques through robotic systems. At the core of my research is the concept of ‘Artificial Craftsmanship,’—an idea analogous to ‘Artificial Intelligence.’
Recent Topics of Interests:
Reproducing human craftsmanship with robots. Formalizing individual skills for automation.
Motto in Research or in Life: Take action first, then think it through.
Graduate School of Engineering, Chiba University
ProfessorI am conducting research to elucidate the real surface structure of the electrodes involved in triggering electrocatalytic reactions at both the molecular and atomic levels.
Based on the insights gained from this investigation, my goal is to establish design principles for practical catalysts. These guidelines will facilitate the development of fuel cells and the initiation of water electrolysis processes targeted at hydrogen production.
Recent Topics of Interests:
Novel surface analysis technology, Fuel cells, Water electrolysis
Motto in Research or in Life: Always rising after a fall.
Hobby/Holiday:
Watching movies and live performances, Photo shooting
Graduate School of Engineering, Chiba University
Assistant ProfessorI am involved in research on visualization techniques for medical care, drug discovery, batteries technology, and chemical industry processes using electrical tomography. Electrical tomography enables observation of changes in electrical properties within materials, allowing estimation of properties and condition of cells and batteries. My goal is to drive disruptive innovations in drug discovery and battery technology through this visualization technology.
Recent Topics of Interest:
・Drug discovery and development process
・Visualization of cellular pharmacokinetics
・Process monitoring and real-time control
Motto in Research or in Life:
The only source of knowledge is experience. (Albert Einstein)
Hobby / Holiday:
Playing with cats and a dog
Graduate School of Engineering, Chiba University
Professor Though liquid crystals (LCs) make people think of LC displays, my laboratory performs a wide range of LC research without limiting the subject to displays.
My goal is to develop new functionalities and applications in LC materials. To achieve this, I conduct research in LC areas such as molecular design, organic synthesis, investigation of molecular assembly states, and performance evaluation.
Recent Topics of Interests:
Developing methods for creating nano-level recording devices and nanostructures, while also searching for materials that exhibit spontaneous optically active.
Motto in Research or in Life:
Let's do what we find fun in both research and work.
Hobby / Holiday:
Spending time with my family and, occasionally, working out
Graduate School of Engineering / Center for Aerial Intelligent Vehicles / Molecular Chirality Research Center, Chiba University
ProfessorI am developing polymeric materials that not only imitate but surpass living organisms by incorporating designs inspired by them. My goal is to pioneer a novel category of materials, previously nonexistent, translating the functions that living organisms have evolved over many years into human technology.
Recent Topics of Interest:
Development of a convenient method for creating hierarchical structures of particles and molecules
Motto in Research or in Life:
The daily commitment to work and the cherishment of relationships with others are the essence of life, leading to richness of spirit. (Words from Professor Shigemori Otani, the16th president of Tohoku University)
Hobby / Holiday: Spending time outside with my children
