Realizing high-performance wood-based piezoresistive sensing through an interfacial bridging approach for wearable functional integration

Key Points

• Enhanced piezoresistive sensing performance was achieved through an interfacial bridging approach, enabling better functional integration.
• Key evidence includes a notable increase in sensing response in various application scenarios, demonstrating its efficiency.
• The study implements a systematic approach to developing wood-based materials for practical applications in wearable devices.
• These findings emphasize the potential for widespread functional integration using sustainable materials, highlighting environmental benefits.