An elastic molecular-hierarchical topology-heat field synergy for robust, multifunctional and integrated bioinspired nanofibrous helix

Key Points

• The main aim is to develop fibrous materials that possess exceptional mechanical and environmental stability for wearable technology applications.
• Developed a molecular-hierarchical approach to fabricating nanofibrous materials.
• Evaluated material performance under various mechanical and environmental conditions.
• Assessed multifunctional capabilities in wearable electronics.
• Materials showed significant resilience and stability in harsh conditions.
• Integration of multiple functions in a single material was achieved.
• Performance exceeded current standards in wearable technology applications.