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Graduate School of Science, Chiba University
Professor Technologies for storing, separating and recovering gases such as hydrogen and methane, which are clean energies, as well as carbon dioxide, a greenhouse gas, are essential for environmental conservation. I am researching methods that use nanomaterials to develop efficient ways to separate, recover, effectively utilize, and reduce these gases under conditions of minimal environmental impact.
Recent Topics of Interests: Development and evaluation of materials for capturing carbon dioxide from air
Motto in Research or in Life: My motto is to have fun studying and experimenting while enjoying the excitement of academics and technology.
Hobby/Holiday: My hobby is playing pop music in a band with my college friends.
Faculty of Education, Chiba University
ProfessorWith a focus on international expansion, I am developing teaching materials for physics experiment education.
My aim is to create sustainable and simple physics experiment teaching materials suitable for various environments in Asian countries. These materials will include simulations as resources for analyzing daily-life physical phenomena with non-uniformly distributed forces, as well as science-educational activities related to handmade toys and devices with inhomogeneous electromagnetic fields or transients in electrical circuits.
Recent Topics of Interests:
Improving physics education in developing countries, Finite element method simulation, Electrical circuit simulation
Motto in Research or in Life:
Use all of your abilities and resources to do your best.
Hobby / Holiday:
Listening to classical music, Learning Southeast Asian languages, Running
Graduate School of Horticulture, Chiba University
Associate ProfessorTo achieve a carbon-neutral society, it is essential to accurately assess the capacity of greenery to absorb carbon. I am researching to quantitatively evaluate the value of greenery using three-dimensional data obtained by laser technology. This research calculates the amount, spatial arrangement, and ecosystem service functions of greenery, and scientifically demonstrates the value of greenery.
Recent Topics of Interest:
・Forest fire studies: Conducting research on how greenery interacts with and controls natural disasters
・Development of forest drones: Developing advanced technologies to monitor large-scale forests in Japan more efficiently and accurately
・Promotion of citizen participation and Provision of technology for i-Tree: Advancing technological solutions to enable anyone to accurately evaluate the value of greenery
・Creation of inclusive society: Promoting democratization of technology
Motto in Research or in Life:
You can be the change which you would like to see in the world. （by Mahatma Gandhi）
Hobby / Holiday:
I cherish the time without television and a smartphone, making efforts to disconnect from current technology and prioritize self-refreshment.
Graduate School of Humanities, Chiba University
Assistant ProfessorI specialize in the study of 17th-century Italian paintings, with a primary focus on the works of Artemisia Gentileschi, one of the most famous female painters of those days. My research delves into her activities in Naples, including her professional strategies, client relationships, and influence on other regional artists. Additionally, I have a keen interest in biographies of female artists from the same era and in portraitures, including self-portraits by female painters.
Recent Topics of Interest:
Naples paintings, Biographies of female artists, Portraiture (Self-portraits)
Motto in Research or in Life:
I try to maintain good health to do more prosperous studies.
Hobby / Holiday:
I spend my time playing with my pet cockatiel at home and taking care of my Medaka (Japanese rice fish).
Institute for Advanced Academic Research / Graduate School of Medicine, Chiba University
ProfessorMy research focuses on developing and applying minimally invasive, everyday measurement methods, such as wearable devices and saliva-based testing, alongside advancing AI and mathematical analysis technologies for the early detection and prediction of diseases.
I mainly target infectious diseases, inflammatory diseases, and lifestyle-related illnesses, which often arise and progress due to multifactorial causes. Through the integrating large-scale clinical data, specimen collection, and cutting-edge AI and data science technologies, I purse researching on disease stratification as well as disease onset and prognosis prediction.
Recent Topics of Interest:
・ Health and disease assessment using time-series data (moving beyond single-point test values to gain deeper insights)
・ Dynamic causal inference (potentially valuable for selecting treatments tailored to evolving pathological conditions, transitioning from prediction to intervention).
・ Mathematical optimization (to explore experimental and treatment conditions that have traditionally been determined empirically.)
Motto in Research or in Life:
・ Strategically placing stones towards a big goal.
・ Considering myself as one of the pawns to maximize research outcomes.
・ Students and research fellows are also equal collaborators.
・ The purpose of research is not to gain achievements or fame but to contribute to society by uncovering and implementing the truth.
Hobby / Holiday:
I have enjoyed playing the drums for 20years. I also value spending with my family solving puzzles, including escape games and other challenges.
Graduate School of Pharmaceutical Sciences, Chiba University
ProfessorThe immune system is a sophisticated biological system developed for the defense of an organism, maintaining homeostasis by recognizing and eliminating pathogens and cancer cells through immune cells. In my laboratory, I aim to contribute to developing novel therapeutics for autoimmune diseases, allergies, infections, cancer, and more by focusing on the role of glycans in immune cell trafficking.
Recent Topics of Interests:
Development of novel anti-glycan monoclonal antibodies applicable for the treatment of immune-related diseases such as autoimmune and allergic diseases.
Motto in Research or in Life:
Practice makes perfect.
Hobby / Holiday:
Watching Sports
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
Institute for Advanced Academic Research / Graduate School of Informatics, Chiba University
Associate ProfessorWith the advancement of deep learning and AI technologies, the gap between human and machine information processing capabilities is narrowing. My research focuses on two key aspects of human cognition: the logical reasoning systems developed over time—especially in mathematics—and the more intuitive, often ambiguous forms of information processing, such as image recognition. Human intellectual ability spans a wide dynamic range, and I aim to explore how various aspects of this intelligence can be modeled and realized through deep learning.
Recent Topics of Interests:
Mathematics—particularly computational algebra and symbolic computation—and the development of novel deep learning technologies.
Motto in Research or in Life: Three meals per day
Hobby / Holiday:
I enjoy bouldering, reading manga, playing puzzle games like Tetris, and traveling—often making the most of opportunities, such as attending academic conferences.
Graduate School of Medicine, Chiba University
Assistant ProfessorI specialize in the diagnosis and treatment of ankle and foot-related conditions, as well as conducting research in this field.
During my Ph.D. studies, I conducted research on the use of platelet-rich plasma (PRP), a hot topic in sports orthopedics and regenerative medicine, to promote tendon repair following Achilles tendon rupture.
Recent Topics of Interest: Utilization of ultrasound (echo) in foot-related issues.
Motto in Research or in Life: Let’s have fun together.
Hobby / Holiday: Tennis, Family Outing
