Flexible electronic devices have attracted significant attention due to their wide range of
applications in evaluating the state of human wellness and intelligent robotics in the long …

Flexible electronics is a cutting-edge field that has paved the way for artificial tactile systems
that mimic biological functions of sensing mechanical stimuli. These systems have an …

Preparing hybrid microstructures on flexible substrates is a crucial approach to achieving
highly sensitive flexible pressure sensors. However, the preparation of hybrid …

Recently, laser induced carbon nanosheets (LICs) based flexible pressure sensors have
received widespread attention. Introducing hierarchical microstructure is an effective method …

Recently, flexible pressure sensors rooting in piezoresistive mechanism have gained
immense popularity due to their excellent application potential in the fields of software …

Due to the advantages of high porosity, excellent conductivity, and tunable morphology,
carbonized metal-organic framework (C-MOF) is expected to become an ideal material for …

Silicone-based elastomers (SEs) have been extensively applied in numerous cutting-edge
areas, including flexible electronics, biomedicine, 5G smart devices, mechanics, optics, soft …

Research on stretchable materials has gained momentum with the increasing
commercialization of wearable and flexible devices. Among the materials used in …

The introduction of porous hierarchical microstructures effectively improves the sensitivity of
flexible pressure sensors. However, it is difficult to achieve porous hierarchical …

Optimizing the fabrication process of fabric electrodes and creating active layers with a
controlled pore structure is crucial for advancing high-performance flexible pressure …