#TokyoUniversityofScience has been ranked 3rd among private universities in Japan for research performance by @timeshighered. #TUS is also the top-ranked private Japanese university in terms of citations per faculty by #QSrankings. Read more here: https://t.co/hQw7DeWaHZ

In a recent @ChemicalScience study, TUS researchers show that sodium-ion batteries can charge faster than lithium-based ones, shedding light on the strong performance of hard carbon anodes and new possibilities for next-gen energy storage.

A Tokyo University of Science study shows how a temperature-responsive gel reorganizes when heated or stretched, offering insights for designing batteries and drug delivery systems.

Scientists from TUS and AIST present in NeurIPS2025 approximate domain unlearning algorithm for Vision Language Models, enabling flexible knowledge control and paving the way for safe and reliable AI.

Two TUS faculty members, Professor Shinichi Komaba and Professor Akihiko Yoshimura, have been selected among 88 researchers in Japan for Clarivate’s Highly Cited Researchers 2025, representing the top 1% of researchers worldwide. Read more about Dr. Komaba here:

In a recent study from @ACS_Langmuir, Tokyo University of Science researchers have developed a rheo-impedance method that captures, in real time, how temperature-responsive gels change internally when heated and stretched.

Professor Shinichi Komaba and Professor Akihiko Yoshimura from TUS have been selected for Clarivate’s Highly Cited Researchers 2025 list for the significant contributions to their respective fields. Read here: 1. Dr. Komaba: https://t.co/nRSXiuPPPN 2. Dr. Yoshimura:

In a #NeurIPS2025 breakthrough, #TUS and #AIST researchers have developed #ApproximateDomainUnlearning to enable #VisionLanguageModels to forget specific #Domains while retaining generalization capability.

A better understanding of the value of public goods can change public opinion about taxation and spending, show TUS researchers. This can potentially lead to reduce inequality through increased support for a larger government with higher taxation.

A novel AI-based analysis method has been developed by TUS researchers that can automatically analyze X-ray spectroscopy data of materials, offering a faster and more objective approach than tedious manual analysis methods.

TUS researchers show how increased awareness about the benefits of public goods can change public opinion regarding taxation, leading to reduce inequality through increased support for higher taxation.

A new study @ACS_Omega by TUS scientists demonstrates that large-scale computational biology simulations can reliably model complex RNA structures, marking a milestone for future RNA-based biotechnology and medicine.

In a recent @SciReports study, TUS researchers develop a new AI-based method for automatically analyzing materials properties using X-ray spectroscopy, promising faster and more efficient materials development.

In a recent @ACS_Omega study, scientists from Tokyo University of Science achieved highly accurate RNA folding predictions using advanced molecular dynamics simulations, paving the way for advances in drug discovery.

Researchers from Tokyo University of Science show that a unique expansion signature comprising 22 genes can effectively monitor survival outcomes in patients receiving immunotherapies.

To realize practical quantum communication networks, TUS researchers have developed a new single-photon source, where single photons are generated directly within an optical fiber using a selectively excited single rare-earth ion.

In a @natcomms study, Tokyo University of Science scientists identifies a distinct group of genes that monitor patient responses to immunotherapies and guides the development of next-generation immunodynamic therapies.

In a new study published in @JMaterChem A, researchers from Tokyo University of Science show a straightforward way to make sodium-ion batteries more durable, which could lead to a cost effective energy storage technology for electronics and renewable energy.

TUS researchers develop a new single-photon source, that generates single photons directly into the guided mode of optical fibers by selectively exciting a single atom, representing a key breakthrough for practical quantum communication technologies.

In a recent study published in @JMaterChem, researchers from TUS reveal that calcium doping can markedly enhance the performance and durability of the cathode in sodium-ion batteries, which could find applications in renewable energy and greener technologies.

Onnamides, compounds extracted from Okinawan marine sponges by Tokyo University of Science researchers, show promise as effective treatments for leishmaniasis, according to a study published in Marine Biotechnology.