A central question in solid-state ionics is what structural and chemical factors enable certain solids to conduct ions as efficiently as liquids. Understanding this phenomenon is essential for ...

A Swiss research team has developed a low-temperature sintering and interface-coating process that significantly improves the durability of argyrodite-based solid-state batteries. The approach ...

A solid-state ionic bilayer generates stable electricity for over 60 hours through spontaneous ion migration alone, eliminating the need for mechanical, thermal, or environmental triggers. (Nanowerk ...

Solid-state sodium batteries use sodium, a more abundant and accessible resource compared to lithium. Sodium is primarily derived from sodium chloride, which is abundant in seawater and readily ...

Solid-state lithium batteries are widely regarded as the future of safe and high-energy energy storage systems, yet their ...