Science Advances

Supplementary Materials

This PDF file includes:

  • fig. S1. Real-time CV studies for characterizing the self-healing process.
  • Legends for movies S1 to S11

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Other Supplementary Material for this manuscript includes the following:

  • movie S1 (.wmv format). A magnetically self-healing printed LED circuit immediately recovering repeated macroscopic damages.
  • movie S2 (.wmv format). Printing process and magnetic orientation of the NMPs dispersed within the printed film required for realizing magnetically self-healing films.
  • movie S3 (.wmv format). Lifting of the self-healed printed trace against gravity to demonstrate the strength of the self-healing process.
  • movie S4 (.wmv format). Self-healing of a printed trace after repeated macroscopic damages.
  • movie S5 (.wmv format). Inability of a printed trace, comprising nonaligned NMPs fabricated in the absence of external magnetic field, to self-heal incurred damage.
  • movie S6 (.wmv format). Inability of a CB ink (no NMPs)–based printed trace to self-heal incurred damage.
  • movie S7 (.wmv format). Self-healing printed Zn-Ag2O battery recovering immediately after experiencing repeated macroscopic damages.
  • movie S8 (.wmv format). Inability of a printed Zn-Ag2O battery, fabricated using CB ink (no NMPs), to recover macroscopic damages.
  • movie S9 (.wmv format). Damage and autonomous recovery demonstrated by a self-healing wearable LED circuit.
  • movie S10 (.wmv format). Self-healing of a wearable LED circuit under repeated damage.
  • movie S11 (.wmv format). Inability of a wearable LED circuit fabricated using CB ink (no NMPs) to recover electrical connectivity after being damaged.

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