The review argues that fast ion conduction in solid electrolytes arises from statistically connected low-barrier local migration events shaped by framework topology, defects, and anion flexibility rather than single idealized pathways.
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Modern Solid Electrolytes for All-Solid-State Batteries: Materials Chemistry, Structure, and Transport
The review argues that fast ion conduction in solid electrolytes arises from statistically connected low-barrier local migration events shaped by framework topology, defects, and anion flexibility rather than single idealized pathways.