Could self-assembly be a promising strategy for recycling battery materials?

Self-assembly of small molecules and oligomers, inspired by biological macromolecules, could offer a promising strategy for designing inherently recyclable battery materials 18.

Does performance overshadow recyclability in contemporary battery designs?

Nature Chemistry (2025) Cite this article Performance often overshadows recyclability in contemporary battery designs, leading to sustainability challenges. Preemptive strategies integrating recyclable chemistry from the outset are thus increasingly critical for addressing the complexities in conventional recycling.

Can self-assembled mpegaa materials be used in solid-state lithium-ion batteries?

However, the high degree of polarization and limited LiFePO 4 capacity utilization suggest that further optimization is required to effectively implement self-assembled mPEGAA materials in solid-state lithium-ion batteries, particularly to improve charge and ion transport at the cathode–electrolyte interface.

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Why does a battery polarize at 50 °C?

This polarization is probably due to the high internal resistance of the battery, attributable to the membrane’s thickness and sluggish kinetics at 50 °C, which could be improved with further optimization.