Emerging virtual and augmented reality technologies can transform human activities in
myriad domains, lending tangible, embodied form to digital data, services, and information …

Conventional rigid electronic systems use a number of metallization layers to route all
necessary connections to and from isolated surface mount devices using well-established …

Skin-compatible printed stretchable conductors that combine a low gauge factor with a high
durability over many strain cycles are still a great challenge. Here, a graphene nanoplatelet …

Recent developments in stretchable electronics hold promise to advance wearable
technologies for health monitoring. Emerging techniques allow soft materials to serve as …

Smart clothing with electronic functionality is gaining greater recognition as the next-
generation electronics. The integration of electronics into textiles, aided by developments of …

This paper presents a novel approach for removing out-of-plane deformation in stretched
metal interconnects by adding a fractal structure to the original meander shape and using an …

Elastic, bendable and stretchable electronics establish a new and promising area of multi-
physics engineering for a variety of applications, eg on wearables or in complex-shaped …

Stretchable electronic circuits are nowadays widely used in the fields of biomedical
applications, sports, leisure, and smart textiles. Increasing the lifetime of the often stiff …

Today, most electronic components are implemented on rigid substrates. However, many
objects in daily-life, eg our skin, tapes, textiles or plastic are not rigid-they are bendable …

This research presents an innovative method to accurately and repeatedly position
electronic components in thermoformed electronics. The paper focuses on 3D shaped …