操纵原子分子的新方法:基于宏观操纵实现原子分子宏观尺度精确分布的统一性方法

ny object in the world is a spatial distribution of atoms and molecules; in this sense, as long as can achieve the precise distribution of atoms and molecules, can manufacture any object in the world. But the existing point-by-point manipulation of single atoms and single molecules can't achieve precise distribution of a large number of atoms and molecules. This raises the major problem of modern science, namely, how to achieve the precise distribution of atoms and molecules through macroscopic manipulation (i.e., manipulating hundreds of millions of single atoms and single molecules simultaneously, instead of one by one). Therefore, establishes a mathematical model of deposition process first, and then puts forward and verifies a method to achieve precise distribution through macroscopic manipulation of a large number of atoms and molecules, This provides a powerful and common key technology for molecular manufacturing (i.e., manipulating atoms and molecules directly to manufacture objects). In fact, the above distribution method is also suitable for the precise distribution of atomic and molecular aggregates (including nanomaterials, supramolecular materials, macro- and cross-scale particles), which also provides powerful technical support for nano manufacturing, supramolecular synthesis, macro- and cross-scale particles molding.