The selection of the elements to combine delimits the possible outcomes of synthetic
chemistry because it determines the range of compositions and structures, and thus …

Sulfide solid-state electrolytes (SSEs), as the most important component of all-solid-state
batteries (ASSBs), have a profound impact on their performance. Among the many sulfide …

Although Li‐ion superconducting sulfides have been developed as solid electrolytes (SEs)
in all‐solid‐state batteries, their high deformability, which is inherently beneficial for room …

The perovskite crystal structure with nominal composition ABX3 offers a very flexible
framework for sodium halide ionic conductors, an aspect not well defined in the current …

A tetragonal argyrodite with> 7 mobile cations, Li7Zn0. 5SiS6, is experimentally realized for
the first time through solid state synthesis and exploration of the Li–Zn–Si–S phase diagram …

There is significant interest in finding a promising lithium-containing oxide that can act as a
solid electrolyte in a rechargeable lithium-ion battery. Li6SiO4Cl2 is a candidate electrolyte …

The crystal structures of known materials contain the information about the interatomic
interactions that produced these stable compounds. Similar to the use of reported protein …

Lithium-ion conducting borate glasses are suitable for solid-state batteries as an interfacial
material between a crystalline electrolyte and an electrode, thanks to their superior …

Argyrodite is a key structure type for ion-transporting materials. Oxide argyrodites are largely
unexplored despite sulfide argyrodites being a leading family of solid-state lithium-ion …

Aliovalent doping of solid electrolytes with the intention of increase the concentration of
charge carrying mobile defects is a common strategy for enhancing their ionic conductivities …