Synergistic bond-strain and interfacial charge engineering enable ultrafast solid-solid sulfur redox in aqueous zinc batteries

Key Points

• Ultrafast sulfur redox processes were achieved in aqueous zinc batteries through innovative engineering.
• The engineering approach highlighted bond-strain dynamics, enhancing interfacial charge transfer rates significantly.
• This observational analysis focused on solid-solid reactions that impact overall battery performance.
• Supports energy storage advancements in lithium-ion alternatives, especially for sustainable applications.