Versatile and recyclable conductive hydrogels with long-term environmental adaptability
and mechanical stability have attracted tremendous attention in wearable smart electronics …

The rapid evolution of wireless communication technologies has created a growing concern
over electromagnetic (EM) radiation pollution, prompting the urgent need for advanced EM …

The design strategy of environmentally friendly polyvinyl alcohol hydrogel sensors is a
current research focus in sensor technology. This paper briefly reviews the research …

Multifunctional hydrogels with desirable mechanical properties have attracted extensive
attention in flexible electronic devices. Herein, tough and robust Ti 3 C 2 T x …

The MXene material shows potential for flexible energy storage devices due to its high
pseudocapacitance and mechanical flexibility. However, MXene nanosheet self-stacking …

Light weight, thinness, transparency, flexibility, and insulation are the key indicators for
flexible electronic device substrates. The common flexible substrates are usually polymer …

Traditional hydrogels are usually weak and brittle, which limit their application in articular
cartilage replacement because cartilage is generally strong, tough, and elastic in nature …

To eliminate electromagnetic pollution, it is a challenging task to develop highly efficient
electromagnetic shielding materials that integrate microwave absorption (MA) performance …

With the increasingly serious secondary pollution of electromagnetic waves (EMWs),
efficient green shielding materials have become an urgent need. MXene is widely used in …

With the advancement of functional textile technology, there is a growing demand for
functional enhancements in textiles from both industrial and societal perspectives. Recently …