Trend Structural Engineering: Constructing Artificial Nuclear Materials from a Tool-Based Perspective

This article proposes a novel theoretical perspective: that artificial materials can be created not merely through manipulation of atoms and molecules, but by reengineering the structural binding mechanisms within atomic nuclei using "tool logic." Drawing inspiration from everyday tools such as a shoehorn, the author suggests that the ability to abstract, model, and apply structural mechanisms could allow humanity to construct high-order nuclear materials that natural conditions find extremely difficult to produce.