👉 Self-engineering, often referred to as "self-assembly" or "self-organization," is a concept in which systems autonomously organize themselves into complex structures or patterns without external intervention. This phenomenon is observed in various fields, including biology, chemistry, and materials science. In self-engineering, components or molecules interact based on predefined rules or environmental cues to form desired structures, such as DNA origami, colloidal crystals, or even synthetic tissues. The principles of self-engineering are inspired by natural processes like cellular development and ecological interactions, aiming to create efficient, adaptive, and scalable systems that can solve engineering challenges with minimal human oversight. This approach holds promise for developing advanced materials, nanotechnology, and even artificial life forms that can adapt and evolve over time.
