In nature, many biological organisms have developed the exceptional antifreezing ability to
survive in extremely cold environments. Inspired by the freeze resistance of these …

Inspired by biological systems, trainable responsive materials have received burgeoning
research interests for future adaptive and intelligent material systems. However, the …

Bioinspired materials exhibit unique design strategies derived from nature, with remarkable
biomimetic structures and identical biological features. Among them, bioinspired carbon …

In electrochemical biosensors, rational design and synthesis of high-performance
electrochemical glucose sensors based on emerging single-atom catalysts (SACs) are …

The development of textile-based flexible wearable electronics has received increased
attention owing to its potential application in personalized thermotherapy, human health …

Living systems, including human beings, animals, and plants, display the power to self-heal
spontaneously after being damaged. The self-healing is usually selective, which means that …

The advancement of next-generation wearable electronics is highly inclined with electro-
conductive yarn having excellent flexibility and functionality. However, the deficiency of …

The mechanical properties of oriented semicrystalline polymers fibers are mainly
determined by the semicrystalline morphology in which lamellar crystals and disordered …

Carbon nanotube fibers (CNTFs) have many desirable properties such as lightweight, high
strength, high conductivity, and long lifetimes. Coiled CNTF is an ideal material for preparing …

Carbon nanotube (CNT) composites are proven to be versatile tools in many fields by virtue
of the multifunctional response. However, the severe challenge in mass production of CNT …