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Learn more about TUS:
Mission, Vision, About TUS,The Founding Spirit
The Researchers of TUS, Undergraduate and Graduate Programs, Extracurricular Activities, TUS Campuses, INTERNATIONAL CONNECTIONS
other contents. (Published in 2024)

Learn more about the University Research Administration Center:
URA provides support that integrates basic research, applied research projects, and
returning benefits to society through industry-academia cooperation. (Published in 2019)

Catalogue of research works administrated by the University Research Administration Center.
(Published in 2020)

Learn more about the Research Institute for Science & Technology:
RIST creates new directions in science and technology achievable "only at TUS".
(Published in 2024)

Learn more about the Center for Data Science:
The primary aim of this center is to provide platforms for inte grating and analyzing
data from fields such as Basic Sciences, Engineering, Pharmacy, Biomedical Sciences
and Management as well as to promote advanced education and research in the field
of data science. (Published in 2019)

Learn more about the Graduate Courses of Global Fire Science and Technology:
The courses provide lectures on fire physics and chemistry, human behavior, as well
as experiments and exercises to help understand the basic theory and practice of fire
science. (Published in 2019)

Developing Cameras for Satellites to Remove Debris for Safer Aerospace Professor Shinichi Kimura

Seeking Quasicrystals' Infinite Possibilities to Create New Materials Professor Ryuji Tamura

Researchers from Tokyo University of Science have now designed a scalable, fully-coupled processor with 4096 spins and parallel processing capabilities.

From DNA to RNA, and then to Protein: Unraveling Central Dogma, Common in Life Associate Professor Masayuki Sakurai

In a cancer cell monitoring breakthrough, scientists at Tokyo University of Science have developed a new microfluidic platform that improves the electrorotation analytical approach to determine the electrical properties of a number of cells.

Now, in a recent study published in Advanced Energy Materials, Scientists from Tokyo University of Science present an innovative strategy to vastly improve the capacity of hard carbon as an electrode material for both sodium- and potassium-ion batteries.

Creating a Sustainable Future through New Building Inspection Systems and Urban Asset Preservation Professor Manabu Kanematsu

Scientists from Tokyo University of Science have developed a battery separator consisting of platinum-doped atomically precise gold nanoclusters embedded into a graphene nanosheet.

Scientists from Tokyo University of Science have now demonstrated the first-ever artificial synthesis of tanzawaic acid B, a naturally occurring compound with antibiotic activity.

Sports Science Knowledge for a Healthy Longevity Society Professor Shinya Yanagita

For Mass Production of Functional Materials by Nanoimprint Technology Professor Jun Taniguchi

Grasping Consumer Behavior and Social Trends through Advanced Data Analysis Professor Yumi Asahi

Researchers at Tokyo University of Science developed a new approach to realize a scalable fully coupled annealing processor. This quantum-inspired semiconductor system solves complex combinatorial optimization problems.

Scientists from Tokyo University of Science shed light on the role of autophagy in the competitive elimination of cancer cells and prevention of cancer in early stages.

The World’s Leading Nanotechnology for the New Energy Society
Professor Yuichi Negishi

Scientists from Tokyo University of Science (TUS) and other institutes in Japan have developed a novel method for scRNA-seq that can provide higher sensitivity, robustness, and precision, compared to current, widely-used technologies.

A team of researchers from Tokyo University of Science (TUS) has probed deeper into the workings of KNT-127, a promising therapeutic compound that can help suppress fearful memories.

In a recent breakthrough, Japanese researchers, including researchers from Tokyo University of Science, have delineated the four different stages of medusavirus maturation within infected amoeba cells.

Optimizing Wireless Network with AI for Comfortable Communications
Professor Mikio Hasegawa

From Basic Research to Applied Research on Photoreactive Polymer for Developing UV Curing Technology
Professor Koji Arimitsu

TUS found an SOT-RAM-specific read disturb problem that was overlooked in previous studies so far, and solved it with the proposed bi-directional read method.

Contributing to Society with a Sense of Pride and Responsibility as a Chemist
Professor Hideyo Takahashi

The scientists have found that an anti-malarial drug called mefloquine shows remarkably high anti-viral activity against SARS-CoV-2. Perhaps, new hope is on the horizon of a world beyond the pandemic.

The Possibilities of Metal Complexses as Functional Composite Materials
Professor Takashiro Akitsu

Fortunately, in a recent study, scientists from Tokyo University of Science have developed a wearable biofuel cell that generates electric power from the lactic acid in the wearer’s sweat.

In a recent study, researchers from Tokyo University of Science, led by Prof. Yoichiro Iwakura, examined the role of an immune receptor protein called TARM1 in the immune response to arthritic development in mice.

In a recent cutting-edge study,scientists at Tokyo University of Science have modified mesenchymal stem cells to deliver large quantities of potent anti-cancer drugs to tumor cells effectively,thereby opening up a new avenue for targeted cancer treatment.

A group of scientists from Tokyo University of Science has developed a lab-on-a-chip device that can tell the blood type within 5 minutes, is highly sensitive, and is 100% accurate. Could this be the blood-type detection technology of the future?

A research team from Tokyo University of Science led by Professor Shiina has opened up new avenues for cancer treatment.

Some plants ward off insect attack by “recognizing” molecules in their oral secretions and sparking off biochemical signals. But, how exactly are these signals recognized?

Scientists from Japan and Australia have finally solved a fundamental problem to creating highly efficient quantum computers, the “wiring problem”.

Scientists from Tokyo University of Science, Japan, have identified the anti-alcoholism drug disulfiram as an effective inhibitor of FROUNT, a protein associated with macrophage-related tumor progression.

Scientists from Tokyo University of Science, Japan, analyze the workings of potassium-driven rechargeable batteries, which are promising owing to their better performance and low cost.

Scientists reveal new findings about mitochondrial replication and its origin. They believe that their exciting discovery can explain the evolution of mitochondria in different species.

Scientists from Tokyo University of Science, Japan, have pinpointed one of the possible mechanisms by which the autoimmune disease, IgG4-RD occur.

Researchers have discovered a new type of giant virus, and named it Medusavirus, for its ability to petrify amoebae. Scientists believe that this virus may hold the key to genetic evolution.

By bringing together our research and education activities related to space development and space environment utilization at Tokyo University of Science, we have established a research center for comprehensively studying various technological issues, ranging from basic research to ways of traveling into space.

Welcome to this Center for Fire Science and Technology. Our center started in 1980 and has continued to make research about fire safety.

The Institute hosts various different types research groups on many disciplines. Each group make efforts to achieve its target, but at the same time collaborations among them are encouraged to explore new possibility, which can be realized "only at TUS".