No matching keywords found.
Please enter other keywords.
Faculty of Science, Chiba University
ProfessorMy primarily area of focus is coding theory, which is known as the theory of error correction. As humans, we are skilled at estimating and restoring original information, even in the presence of mishearing or misspelling―essentially, error correction. My research involves mathematically describing the conditions under which error correction is possible and developing algorithms to correct errors.
Recent Topics of Interest:
I am interested in situations where information is shortened due to errors, with missing elements, yet I strive to restore the original data. This challenge has been a global problem tackled since the 1960s. Furthermore, I am developing methods to rectify missing information in scenarios involving planar arrangements, such as array-type designed codes, as well as in the context of future technologies like quantum computing and quantum communication.
Motto in Research or in Life:
I skip what I don't like and avoid putting in any extra effort.
Quibbles and poultices stick anywhere.
Hobby / Holiday:
I watch movies or TV dramas almost every day. I prefer to watch movies in a theater, especially those that leave a strong impact on my mind. As for TV dramas, I like suspense or horror from Nordic, Korean, or American productions. Alternatively, I play and sing songs I loved during my student days on the ukulele.
Center for Frontier Medical Engineering, Chiba University
Associate ProfessorI am conducting research using electromagnetic wave technology to contribute to communication, health, and medical applications. Specifically, my research involves the development of non-contact sensors for acquiring biological information and early disease detection, the development of RFID for item management, and research on wireless power transmission to address power-related issues in information and communication devices used for applications like 5G.
Recent Topics of Interest:
Machine learning, Home healthcare, Wireless power transfer, Undersea communications
Motto in Research or in Life:
Let's give it a try.
Deadlines are meant to be kept.
Return a kindness received to the younger generations.
Hobby / Holiday:
Reading, Walking, Gym exercise, Tennis, Movies
Faculty of Engineering, Chiba University
Professor / Vice President for Research and Academic-Industrial CollaborationI apply the visualization techniques of electrical tomography, specifically Impedance Tomography (EIT) and Capacitance Tomography (ECT). I strive to unlock new possibilities by revealing what was once considered imperceptible, thereby contributing to advancements and creative breakthroughs across various fields.
Recent Topics of Interest : Health
Motto in Research or in Life: Live Positively
Hobby / Holiday: Running, fishing, driving boats (holding a boat license)
Institute for Advanced Academic Research / Faculty of Medicine, Chiba University
Associate ProfessorI conduct research aimed at discovering diagnostic markers and therapeutic targets through integrating clinical information and omics data, such as comprehensive gene expression (transcriptome) and protein expression (proteome) using clinical specimens. Additionally, I work on elucidating the regulatory mechanisms of gene expression during the differentiation process by using cell models.
Recent Topics of Interests: Stratification and prognostication of disease based on omics data
Motto in Research or in Life: Spirit of a rag (a willingness to contribute to society even at the cost of personal sacrifice)
Hobby / Holiday: I feel happiest when I spend time with my family.
Center for Frontier Science, Chiba University
ProfessorCosmology and cosmic structure formation.
My goal is to reveal the origins and evolution of the Universe by utilizing both astronomical observational data and physics. In particular, I carry out diversified research with a focus on gravitational lens phenomena to unravel the mystery of dark matter and dark energy, which are unknown components that dominate the energy density of the Universe.
Recent Topics of Interest: Dark Matter, Gravitational Waves, First Generation Objects
Motto in Research or in Life: Valuing simple questions and keeping them in mind.
Hobby / Holiday: Playing Go Game
Faculty of Engineering, Chiba University
ProfessorTo pave the way for the realization of a hydrogen-based society, I am actively engaged in developing electrode catalysts that aim to promote both water electrolysis, the process that generates hydrogen, and fuel cells, which convert hydrogen into electricity.
I employ state-of-the-art analytical techniques to gain a deep understanding of complex electrode reactions at the atomic and molecular levels. My research places a strong emphasis on the basics, intending to create electrode catalysts that exhibit higher levels of activity.
Recent Topics of Interests: The universality of water
Motto in Research or in Life: To live in a well-balanced manner
Hobby / Holiday: Taking a walk with my child
Faculty of Horticulture, Chiba University
Professor / Vice Dean・Research on environmentally friendly pest management
Instead of resorting to the complete elimination of pests through chemical pesticide spraying in vegetable fields and paddy fields, I employ methods like biological control using natural predator insects and physical control using night-time lighting. My aim is to conduct basic and applied research on reducing pest populations to levels that do not cause damage and then maintain those populations at that density through "Integrated Pest Management (IPM)".
・Molecular phylogenetic studies and intraspecific variation analysis of insects through their genes
I investigate DNA sequences of genes to discern differences between species of Noctuids. Additionally, I examine individual populations within species of insects with wide distribution to clarify intra-species variations. Notable findings from intraspecies mutation analysis include the differentiation of yellow butterfly, Eurema hecabe into Northern species (E.mandarina) and Southern species (E. hecabe), and the discovery of the cryptic species Chrysoperla nigrocapitata (Kurozu Yamato lacewing) within C. nipponensis lacewing group.
Recent Topics of Interests:
・Linage replacement of Endosymbiotic bacteria in insects, Wolbachia, in a short period of time
・The effect of ultraviolet radiation on beneficial insects
・Intraspecific variation analysis in dragonflies
Motto in Research or in Life:
・Research is not something one can do alone; it is enjoyable to clarify fascinating matters by engaging with people from various backgrounds.
・Similarly, in life, I feel that my current state is the result of encounters and interactions with diverse individuals, and I am progressing positively in both personal and professional aspects.
Hobby / Holiday
・I am passionate about photographing insects,specifically dragonflies and damselflies. On sunny weekends, I go out to take pictures.
・Music appreciation (Popular music, especially the Beatles, rock and pop from the 70's and 80's: mainly enjoying during driving)
・Reading (related to the above-mentioned hobbies and mystery novels)
Faculty of Science, Chiba University
Associate ProfessorI have a keen interest in exploring the solutions known as solitons in dispersive nonlinear partial differential equations. These equations describe a wide range of physical phenomena. However, in real-world scenarios, various disturbances arise, making soliton stability crucial for their practical observability. My research focuses on exploring the mathematical aspects of soliton stability.
Recent Topics of Interest:
I am interested in understanding the asymptotic stability of a type of topological solitons (topological defect) known as ‘kinks.’
Motto in Research or in Life: Gain insights about what interests me.
Hobby / Holiday: Jogging, Cycling
Faculty of Engineering, Chiba University
Associate ProfessorMy research has focused on microfabrication techniques for applications in materials development, biotechnology, and clinical diagnostics. One of our goals is to achieve precision bio-manipulation that could not be achieved with bulk-scale devices and systems. My research interests include, but are not limited to, the development of advanced systems for precise cell sorting using microfluidic devices, the fabrication of biomaterials for mammalian cell culture, and materials for rapid diagnosis of pathogens.