Superelastic and highly sensitive conductive hydrogel sensor enabled by spatially confined assembly of MXene within bacterial cellulose network

Key Points

• The sensor shows high sensitivity when detecting stimuli, leveraging the unique properties of mxene.
• A notable enhancement in superelasticity was recorded, improving the hydrogel performance substantially.
• This study employs a spatial assembly technique that integrates mxene into the bacterial cellulose network effectively.
• The findings highlight potential applications in smart devices and healthcare, suggesting further exploration in real-world scenarios.