Carbon fiber (CF)‐reinforced polymers (CFRPs) demonstrate potential for use in personal
protective equipment. However, existing CFRPs are typically rigid, nonrecyclable, and lack …

Advancing the development of eco‐friendly waterborne polyurethane elastomers (WPUEs)
can significantly reduce the reliance on organic solvents, which is crucial for environmental …

Polyimides show excellent thermal stability and mechanical properties, but the high glass
transition temperature (T g) renders difficulty to their processing. To solve such a problem …

Two supramolecular ionic nanomaterials (SINs) were successfully prepared by multidentate
imidazolium organic salts and multidentate acid via ionic self-assembly (ISA), which is …

The design of supramolecular phase change materials (SPCMs) with both high latent heat
and recyclability remains challenging via multivalent interactions such as hydrogen bonds …

High‐efficient underwater self‐healing materials with reliable mechanical attributes hold
great promise for applications in ocean explorations and diverse underwater operations …

Developing advanced engineering polymers that combine high strength and toughness
represents not only a necessary path to excellence but also a major technical challenge …

The flammability and hydrophilicity of epoxy resins hinder their applications in the high-tech
fields of aerospace and electronics. To break these limitations, a highly rigid and …

Covalent adaptive networks (CANs) are capable of undergoing segment rearrangement
after being heated, which endows the materials with excellent self-healing and reprocessing …

Physical manipulation can be carried out on molecules and cells through the utilization of
nanomachines which are machines with nano dimensions. There are different types of …