This review highlights various modes of converting ambient sources of energy into electricity
using soft and stretchable materials. These mechanical properties are useful for emerging …

Remarkable progress has been made recently in the development of soft materials and
devices for human-machine interface. Emerging soft-electronics with skin-inspired …

Ionogels are promising materials for flexible electronics due to their continuous conductive
phase, high thermal and chemical stability. However, a large amount of ionic liquid is …

The human skin, an important sensory organ, responds sensitively to external stimuli under
various harsh conditions. However, the simultaneous achievement of mechanical/thermal …

Advances in next-generation soft electronic devices rely on the development of highly
deformable, healable, and printable energy generators to power these electronics …

There is a growing demand for flexible and stretchable strain/pressure sensors for different
applications. However, existing conductors usually cannot meet all the requirements for use …

For soft electronic applications, the simultaneous incorporation of conductivity and
mechanical robustness remains a grand constraint, not to mention being able to operate at …

Flexible transparent supercapacitors (FTSs) have aroused considerable attention.
Nonetheless, balancing energy storage capability and transparency remains challenging …

Stretchable ionic conductors such as hydrogels and ionic‐liquid‐based gels (aka ionogels)
have garnered great attention as they enable the development of soft ionotronics. Notably …

Ionogels with high transparency, stretchability and self-healing capability show great
potential for wearable electronics. Here, a kind of highly transparent, stretchable and self …