Flexible multifunctional sensing platform based on a rapid lateral integration strategy for health monitoring with ultralow spatial crosstalk

There has been a widespread demand for the adaptability of flexible strain sensors in the field of human health monitoring. However, the currently manufactured flexible sensors are difficult to adapt to various working conditions since the strain range or the size of the sensors is limited to be altered after production. Additionally, there is an urgent need to quickly integrate flexible multimode sensors to perceive multiple stimuli simultaneously. Thus, a lateral extension strategy is proposed to develop a flexible sensing platform by coupling biomimetic strain-insensitive connectors and individual sensors, making it laterally extended and freely assembled with ultralow spatial crosstalk. The process allows for rapid integration (