High-performance polymers tend to display enormous application outlooks in the high-tech fields of energy storage, marine anti-corrosive coating, intelligent displays, and flexible sensors.
So far, however, it has always been hard to come up with polymers combined with excellent mechanical properties (like toughness, stiffness, and crack tolerance), triboelectricity, quick self-healing ability, and also optical or electrical properties.
Having gained inspiration from the neuron’s axon structure, scientists at NIMTE have synthesized a telechelic polymer along with a three-arm structure. The 2-ureido-4 pyrimidinone (UPy) ends every arm, and its length is well-regulated inside a small range to decrease the entanglement density.
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