The widespread integration of sensors into our everyday existence has paved the path for
groundbreaking progress across various domains, including healthcare, robotics, and …

With the ongoing advancement of processing technology, one of the hottest subjects is the
manufacturing of materials with distinctive surface micro/nanostructures. Among these …

Mechanically transformative electronic systems (TESs) built using gallium have emerged as
an innovative class of electronics due to their ability to switch between rigid and flexible …

Gallium‐based liquid metal (LM) has attracted considerable attention as a promising
material for stretchable conductors due to its remarkable combination of deformability and …

Polyaniline (PANi), multifunctional organic conjugated polymer, is inexpensive, flexible, and
easy to manufacture, while offering a high yield, environmental stability, a high charge …

Electrical and mechanical integration approaches are essential for emerging hybrid
electronics that must robustly bond rigid electrical components with flexible circuits and …

For breaking through the limitation of metal patterning in constructing conductive pathways
of electronic devices, which is proposed to be an upgrade of traditional etching technique, a …

Liquid metals (LMs) and hydrogels each represent advanced frontiers in emerging
biomaterials and biomedicine. Hydrogels as a class of three-dimensional polymer networks …

Liquid metal nanoparticles (LMNPs) are being considered as promising candidates for
printable electronics owing to their high conductivity and fluidity, as well as improved …

Liquid metal particulate composites (LMPCs) are super-stretchable conductors with
promising applications in soft electronics. Their conductance originates from the percolation …