- Research Highlights
Development of a New Hydrogen Boride Material that Enables Easier Hydrogen Release by Incorporating Carbon
Small Structures 6 (2025) e202500578.

Development of a New Hydrogen Boride Material that Enables Easier Hydrogen Release by Incorporating Carbon
Small Structures 6 (2025) e202500578.

Achieving High-Accuracy Anomaly Detection Without Sharing Raw Data — University of Tsukuba Develops a New Federated Learning Approach

Overcoming Key Challenges in Next-Generation Hydrogen Materials — Dramatically Improving the Stability of Hydrogen Boride Nanomaterials through Molecular Design
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Lower Prevalence of PSC among Patients with IBD in Asia: Insights from a Multinational Study (AKIYAMA Shintaro, TIAR Fellow)
TSUKUBA JOURNAL

微生物サステイナビリティ研究センター研究交流会を開催しました

QGP International Research Center Kick-off Symposium (25, November, 2025)

Automated Elucidation of Crystal and Electronic Structures in Boron Nitride from X-ray Absorption Spectra Using Uniform Manifold Approximation and Projection
Scientific Reports

Research Achievement by HBRC’s Prof. Kondo, Prof. Okada, Dr. Ohki, Dr. Maruyama, and Dr. Gao Published in Small Structures and Featured on the Front Cover

Musashino Art Festival, directed by TIAR Assistant Professor Koichiro Azuma, is now open

241th WPI-IIIS Seminar (November 25, 2025) -New Insights on the Origin and Mechanism of Eukaryotic Clocks
International Institute for Integrative Sleep Medicine (IIIS)

Dr. Masashi Yanagisawa Receives the ”WIRED INNOVATION AWARD 2025”
International Institute for Integrative Sleep Medicine (IIIS)

The 9th Asian Tier Center Forum Held in Tsukuba (Prof. CHUJO Tatsuya, TIAR Fellow)
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