Hydrogels are crosslinked polymer networks swollen with water. Owing to their soft and
water-containing nature, hydrogels are promising materials for applications in many fields …

Reaping the benefits of the burgeoning investigation of gels in recent decades, flexible
electronics based on conductive gels have been extensively explored. Gels consisting of …

Photothermal hydrogels (PTHs) are considered next‐generation biomaterials as they offer
remotely defined biophysical information of the extracellular milieu. PTHs allow precise and …

Soft bioelectronic devices exhibit motion-adaptive properties for neural interfaces to
investigate complex neural circuits. Here, we develop a fabrication approach through the …

The unique 1D structure of fibers offers intriguing attributes, including a high length‐to‐
diameter ratio, miniatured size, light‐weight, and flexibility, making them suitable for various …

Neural-electronic interfaces through delivering electroceuticals to lesions and modulating
pathological endogenous electrical environments offer exciting opportunities to treat drug …

With the growth of optogenetic research, the demand for optical probes tailored to specific
applications is ever rising. Specifically, for applications like the coiled cochlea of the inner …

Protein hydrogel fibers hold great promise for diverse applications. However, the challenge
lies in developing rapid and straightforward methods for the one-step fabrication of high …

Ideal hydrogel fibers with high toughness and environmental tolerance are indispensable for
their long-term application in flexible electronics as actuating and sensing elements …

Polymer networks cross-linked by the metal–organic polyhedra have attracted dramatic
attention in recent years due to the high degrees of freedom in tuning their structures and …