➀ Researchers at Beckman Institute have discovered a novel palladium-hydrogen nanoparticle with a triclinic structure; ➁ This unconventional method involves introducing electrons into a palladium ion solution to bond with hydrogen atoms; ➂ The nanoparticles retain hydrogen in a hydrogen-deficient environment, potentially leading to new applications in materials development.

➀ Researchers at the Beckman Institute for Advanced Science and Technology discovered a new type of palladium and hydrogen-containing nanoparticle; ➁ The nanoparticle has a triclinic structure, which is the least symmetrical in crystal systems; ➂ The new method for creating the nanoparticle involves adding electrons to a solution with palladium ions and water, differing from existing research using electron beams.

➀ Researchers from the University of Tokyo have developed a technique to locate hydrogen in nanofilms using a combination of ion channeling and Nuclear Reaction Analysis (NRA).; ➁ The technique has been used to study titanium hydride nanofilms, revealing hydrogen atom locations in relation to deuterium atoms and their influence on material properties.; ➂ The study may lead to advancements in hydrogen storage, solid electrolytes, and heterogeneous catalysis, contributing to practical and safe green solutions for the future.

➀ The third HY.SH research symposium at TH Lübeck focused on hydrogen research in Schleswig-Holstein; ➁ The event aimed to present current research topics and results, as well as to foster a community of hydrogen researchers; ➂ Topics included hydrogen energy storage, power electronics, and sustainable development in agriculture and maritime industries.