A new electrochemical system simultaneously converts plant-derived materials and nitrate pollutants into valuable industrial chemicals. Developed by Tohoku University researchers, the system provides a more sustainable way to manufacture chemicals while helping address wastewater pollution.

Hydrogen can store renewable energy, but then what stores the hydrogen? A new AI-powered, logic-based method provides probable materials for the job – and explains the reasoning behind its decision.

New experimental evidence demonstrates that discrete space-time crystals can be realized in classical soft-matter systems, thereby moving beyond the traditional complexities of quantum mechanics.

Human fetal tissue research has contributed significantly to our understanding of human development and continues to support progress in regenerative medicine. However, the use of fetal tissue obtained following induced abortion raises important ethical considerations. In 2022, the International Society for Stem Cell Research (ISSCR) published standards for obtaining informed consent for fetal tissue donation. At present, Japan has no laws or guidelines that specifically govern fetal tissue research.

A research group led by Professor Misao Fujita, Professor Mitinori Saitou, and Professor Yasuhiro Takashima of the Institute for the Advanced Study of Human Biology (WPI-ASHBi) and the Center for iPS Cell Research and Application (CiRA) at Kyoto University has examined the ethical, legal, and social issues surrounding human fetal tissue research in Japan. Drawing on an analysis of legal frameworks, regulations, and social contexts in Japan and other countries, the authors identified three key challenges in applying the ISSCR standards domestically: (1) minimizing burdens on potential donors; (2) determining the role of male partners in decisions regarding fetal tissue donation; and (3) addressing legal uncertainties surrounding the storage, use, and disposal of fetal tissue. The study proposes possible approaches to each of these issues.

These findings were published online in Regenerative Medicine on 11 June 2026.

Theoretical physicists at AIMR have identified conditions under which the geometric contribution to adiabatic amplification becomes path-independent in non-Hermitian quantum systems. Their framework, grounded in non-Hermitian Berry phase theory, reveals that the Petermann factor governs this behavior—offering both new geometric insights and a practical route to measuring this quantity experimentally.

Tedious trial-and-error, or a systematic screening method? The latter is the clear winner, but how do we go about doing it? Researchers at Tohoku University explain the workflow, and how it screened for an efficient, Ruthenium-based catalyst.

Discovering new catalysts to power hydrogen production often involves a time-consuming trial-and-error process. Not only that, but materials scientists often have to comb through troves of scientific data and experimental data. Yet these days may be over thanks to a new AI-powered platform that enables researchers to identify new catalysts for methane pyrolysis— a promising technology for producing hydrogen with lower carbon emissions.

An exciting new strategy involving a specially designed iron-based catalyst can speed up the reaction that powers next-gen zinc-air batteries. This means cleaner, more efficient energy for everyone.