Textile-derived stiffness-gradient piezoresistive elastomeric composites for modulus-programmable wearable sensors

Key Points

• Composites exhibit programmable modulus, enhancing sensor responsiveness and versatility.
• Key evidence shows that these sensors remain functional under varying conditions, supporting their adaptability.
• The approach involves creating stiffness-gradient materials that enable fine-tuning of piezoresistive properties for enhanced sensitivity.
• This work highlights the potential for more advanced, adaptive wearable technologies in the ever-evolving field of smart textiles.