Stretchable wearable electronics often require integrating mechanically different materials to
fabricate functional devices that are stretchable, conformal, and sufficiently reliable …

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-based gallium conductors exhibit unique physical and electromechanical
properties, which make them excellent candidates for the next generation of wearable …

This study provides a comparison of four distinct technologies used to create stretchable
circuit boards with stretchable conductive tracks: silver conductive paste, liquid metal, circuit …

In this study, commercially available stretchable hybrid conductors including silver flakes in
an elastomeric matrix were screen printed on thermoplastic polyurethane (TPU) followed by …

Flexible and stretchable printed electronics (FSPE) is an emerging technology with great
potential to develop flexible, stretchable, low-cost electronic systems with complex …

Stretchable wearable electronics often require integrating mechanically different materials to
fabricate functional devices that are flexible, stretchable, conformal, and sufficiently reliable …

The field of stretchable electronics has expanded the potential of conventional rigid circuit
boards into a new realm of wearable devices, artificial skins, prosthetics, and IoT …

Electronic skins (e-skins) are widely used in wearables, robotics, and medical field. In this
paper we introduce a fabrication and characterization of a bio-inspired robot electronic skin …

Reliability of all-printed vias fabricated on flexible polymer substrates is crucial for the proper
functionality of flexible hybrid electronics (FHE) which involve interconnected multilayer …