Material scientists have unlocked a paradigm-shifting engineering technique to control supramolecular polymer synthesis with cell-like scale precision. Using an innovative approach dubbed “self-capping supramolecular polymerization,” researchers successfully grew dynamic molecular threads to uniform, predictable lengths that remain completely stable over months. This structural breakthrough allows for the precise segmentation of positive and negative electrical domains, laying the foundation for advanced soft matter technologies and life-like synthetic systems in medical implants.
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