TUM Scientists Develop Lithium-Antimony-Scandium Compound with 30% Faster Ion Conductivity for Solid-State Batteries

The use of scandium makes lithium ions more than 30 percent faster.

Revolutionary battery: record breakthrough in 2025, 30% faster ions

Technological advances continue to transform our daily lives, and the year 2025 marks a major milestone in the field of batteries. A revolutionary new breakthrough promises to dramatically accelerate the speed of ions, with an impressive 30% improvement. This innovation could well redefine performance and energy efficiency standards, paving the way for unprecedented applications in […] L’article Revolutionary battery: record breakthrough in 2025…

TUM Scientists Develop Lithium-Antimony-Scandium Compound with 30% Faster Ion Conductivity for Solid-State Batteries

Scientists at the Technical University of Munich (TUM) have developed a new material for solid-state batteries that they say enables lithium ions to move more than 30% faster than in any previously reported substance, potentially advancing the performance of next-generation energy storage systems. The research team, led by Professor Thomas F. Fässler from TUM’s Chair [...] The post TUM Scientists Develop Lithium-Antimony-Scandium Compound with 3…