Wearable electronics have modernized how physiological indicators are measured, and
their potential for biomedical applications has risen. The extensive deployment of flexible …

In the wave of the Internet era created by computer and communication technology, flexible
sensors play an important role in accurately collecting information owing to their excellent …

Piezoresistive sensors have profusely permeated our lives nowadays and drawn a great
deal of attention because of their facile fabrication, appropriate flexibility, and excellent …

Traditional luminescent ionogels often suffer from poor mechanical properties and a lack of
recyclability and regeneration, which limits their further application and sustainable …

Considering the sustainable development goals to reduce environmental impact,
sustainable sensors based on natural polymers are a priority as the large im plementation of …

As yet, self-healable and recyclable polysiloxane elastomers are very meaningful for
sustainable development. However, the preparation of polysiloxane elastomers integrated …

This work reports on the development of printable electroluminescent materials and devices
based on different polymer matrixes. For this purpose, different contents of zinc sulfide co …

Recently, wearable piezoresistive tactile sensors have attracted considerable attention
owing to their potential applications, ranging from electronic skin to human-machine …

Tactile sensors are typically rigid restricting various natural motions and subjected to failure
under pressure which compromise their conformability and durability. Here, we exploit the …

Direct-ink writing (DIW) printing technology represents a suitable and efficient additive
manufacturing technique for producing intricate designs and structures directly on the …