News

AZoM on MSN5d
Scandium Substitution Enhances Lithium Ion Transport for Next-Gen Batteries
TUM researchers unveil a scandium-based material that boosts solid-state battery conductivity, setting a new record for ...
AZoM on MSN4d
Lithium-Ion Conductor Sets New World Record
Researchers have developed a new material that conducts lithium ions over 30% faster than any previous materials. The novel ...
Knowridge Science Report6d
Scientists discover lightning-fast lithium conductor—a game changer for batteries
Researchers from the Technical University of Munich (TUM) and TUMint.Energy Research have made a groundbreaking discovery ...
TU Munich develops electrolyte for solid-state battery with high conductivity
Solid-state batteries are seen as the electricity storage devices of the future. A development by the Technical University of ...
Graphene-Coated Zinc-Ion Batteries Could Supercharge Grid-Scale Energy Storage
Scientists develop 'supercharging technology' for batteries using graphene May 14, 2025 by Mai Tao Researchers say they have ...
The Cool Down on MSN1d
Researchers discover groundbreaking process that could unleash futuristic batteries: 'Our next goal is to develop a sustainable manufacturing system'
"That is the big vision we hope to work towards over the coming years." Researchers discover groundbreaking process that ...
Team develops digital lab for data- and robot-driven materials science
Researchers at the University of Tokyo and their collaborators have developed a digital laboratory system that fully ...
Interesting Engineering on MSN2d
Robotics, AI drive materials research breakthrough in autonomous synthesis system
University of Tokyo’s dLab automates thin-film material synthesis and analysis, speeding up materials discovery with AI and robotics ...