Develo** strain sensors with both high sensitivity and high linearity has always been the
goal of researchers. Compared to resistive strain sensors, capacitive strain sensors have …

Flexible strain sensors are strongly demanded in fields of personal healthcare monitoring
and human–machine interface, as they can accurately perceive external action to produce …

Stretchable strain sensors play a crucial role in intelligent wearable systems, serving as the
interface between humans and environment by translating mechanical strains into electrical …

Soft wearable sensing devices have attracted extensive research attention in the fields of e-
skin and human health monitoring due to the advantages of integrated functions and good …

Introducing auxetic metamaterials into stretchable electronics shows promising prospects for
enhancing the performance and innovating the functionalities of various devices, such as …

Fluorescent elastomers are predominantly fabricated through do** fluorescent
components or conjugating chromophores into polymer networks, which often involves …

Despite numerous advances in sensor structural design, existing sensors still struggle to
achieve rapidly adjustable sensitivity. Here, we utilized a structural design with alternating …

Omnidirectional strain sensing and direction recognition ability are features of the human
tactile sense, essential to address the intricate and dynamic requirements of real‐world …

An omnidirectional stretchable strain sensor with high resolution is a critical component for
motion detection and human–machine interaction. It is the current dominant solution to …

Recent advances in soft mechanical metamaterials, which exhibit unique dynamic behaviors
and anti-fragility, have led to the adoption of soft auxetic structures, one of several types of …