Smart healthcare solutions are crucial for early diagnosis, real‐time health monitoring, and
personalized therapy. Essential to these advancements are flexible wearable devices and …

Soft and stretchable electronics have diverse applications in the fields of compliant
bioelectronics, textile‐integrated wearables, novel forms of mechanical sensors, electronics …

Self-healing hydrogels use spontaneous intermolecular forces to recover from physical
damage caused by extreme strain, pressure or tearing. Such materials are of potential use in …

The prosperity of wearable and healthcare electronics yearns for the compact integration of
multi-functionalities including detectability for various electrophysiological signals …

Wearable triboelectric nanogenerators (TENGs) exhibit high flexibility and electric output,
and are highly desirable in wearable electronics, soft robotics, and healthcare. Despite …

Stretchable conductive nanocomposites are essential for deformable electronic devices.
These conductors currently face significant limitations, such as insufficient deformability …

Incorporating structural coloured materials in flexible and stretchable elastomeric substrates
requires numerous steps that compromise their scalability and economic viability for …

Structure–property–process relationships are a controlling factor in the performance of
materials. This offers opportunities in emerging areas, such as stretchable conductors, to …

Liquid metal elastomer (LME)—that is, liquid metal particles dispersed in elastomer—is a
soft material that has useful electric, dielectric, and thermal properties. Two issues with LME …

Both liquid metal (LM) and metallic filler-based conductive composites are promising
stretchable conductors. LM alloys exhibit intrinsically high deformability but present …