Understanding the human body's tissue biomechanics—the physical deformation and
variations in intrinsic mechanical properties—has considerable potential in health …

Though the history of self‐healing materials stretches far back to the mid‐20th century, it is
only in recent years where such unique classes of materials have begun to find use in …

Realizing the full potential of self‐healing materials in stretchable electronics necessitates
not only low modulus to enable high adaptivity, but also high toughness to resist crack …

Herein, a high stretchability and elastic self-healing (SH) polyurethane elastomer is
designed by introducing the ligand PDs with two hydrazides and one pyridine into the IPDI …

Integrating self-healing capabilities into epidermal electrodes is crucial to improving their
reliability and longevity. Self-healing nanofibrous materials are considered an ideal …

Given the rapid advancements in ocean engineering, wind power generation, and related
fields, it is imperative to develop highly integrated coatings characterized by robust …

Water-resistant conductive elastomers can endow soft electronic devices with reliable
sensing performance for motion monitoring and real-time communication in aquatic …

Unlike traditional hydrogels, solvent-free ionic gels eliminate leakage and solvent
volatilization, making them suitable for applications in electronic skin, sensing, and other …

Self-healing materials shows exceptional applications for their high stability and longevity.
However, a great challenge of the application of self-healing materials is the tradeoff …

Drawing inspiration from nature, such as the self-healing ability of skin injuries, researchers
are increasingly exploring the use of self-healing polyurethane elastomers to design safer …