Overview
Molecular self-assembly is an important process in which molecules spontaneously form ordered structures due to interactions between their individual components. Through this process, molecules can create complex architectures from simple building blocks, such as proteins, lipids, and DNA, resulting in highly ordered and organized materials. Self-assembly plays a major role in the formation of biological, synthetic, and nanoscale systems, and as such, it is a key tool for modern materials science. The development of new systems based on self-assembly has enabled a wide range of applications, such as nanotechnologies, drug delivery, and sensing. As such, it is an essential tool that is revolutionizing many industries, paving the way for the future of materials and technologies.