Excellent electrical performance of assemblies of 1D silver nanowires (AgNWs) has been
demonstrated in the past years. Up to now, however, there are limited approaches to realize …

Recent advancements in stretchable devices have opened new avenues for constructing
soft electronics for use in applications such as health-monitoring wearables, advanced …

Supracolloidal chains consisting of nano-or micro-scale particles exhibit anisotropic
properties not observed in individual particles. The orientation of the chains is necessary to …

Liquid-free ionic conductive elastomers (ICEs) are of great potential to be used as an ideal
alternative to traditional gel materials in soft electronics, with the advantage of the minimum …

Micro-and nano-sized one-dimensional (1D) metallic materials exhibit tremendous potential
in various technological applications such as flexible and transparent electrodes, sensing …

Silver nanowires (AgNWs) are leading materials for transparent conductive electrodes in
optoelectronic devices. The solution processability of AgNWs combined with the optical …

Stretchable electronics rely on sophisticated structural designs to allow brittle metallic
conductors to adapt to curved or moving substrates. Patterns of soft islands and stable …

Ultra-thin focusing meta-lenses based on the metasurface structure with adjustable focal
length show important applicant value in compact systems, especially in on-chip terahertz …

This work aims to investigate the optical and electrical features of light-emitting diodes
based on conjugated oligomer and various quantities of ZnO nanoparticles. Thermionic …

Stretchable and conductance-stable composites are critical for progress in flexible
electronics. Tremendous efforts have focused on engineering electrical conductors from …