www.sciencedaily.com
Researchers have developed a novel method to grow graphene with intentionally introduced defects, significantly expanding its potential applications. By employing a unique azupyrene molecule, they can create graphene films abundant in 5–7 ring imperfections. These structural flaws enhance the material’s interactivity, magnetic properties, and electronic versatility. This advancement unlocks opportunities to utilize graphene more effectively in diverse fields like electronics, sensors, and catalysis by leveraging the enhanced reactivity and properties induced by these deliberate imperfections.
