Scientists have recently discovered a new form of spontaneous self-assembly of quasi-crystals in tiny vibrating particles. This exciting breakthrough could have significant implications for the field of nano-scale self-assembly, the process by which tiny particles are organized into a larger structure. The research, published in Nature Communications, is the first instance of quasi-crystals spontaneously assembling themselves without any external influence.

Scientists have recently made an exciting breakthrough in self-assembly technology: the spontaneous self-assembly of quasi-crystals in tiny vibrating particles! This is the first instance of such a phenomenon, and could have significant implications for nano-scale self-assembly. How did this happen? The particles were exposed to a vibrating environment, which caused them to spontaneously organize into a quasi-crystal structure without any external influence. This breakthrough could pave the way for a new era of nano-scale self-assembly technology.

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source: Phys.org