Our classical world of thinking is static, typical, and written in a symbolic language on two-dimensional paper. Mathematical language, within this static symbolic language, is the most fully developed. With the development of computers, language began to evolve from static two-dimensional mathematical language to three-dimensional computational language with an added time dimension—a program: executable code. However, in this process of developing a new dynamic three-dimensional language, our brains are still influenced by the inertia of our past static two-dimensional reductionist thinking, leading us to habitually use static two-dimensional symbolic thinking to design reducible programs. Satoshi Nakamoto abandoned static two-dimensional reductionist constructive thinking and directly used three-dimensional dynamic thinking to design three-dimensional dynamic programs. Coincidentally, this is also a typical difference between quantum and classical thinking. The Dirac operator is a dynamic three-dimensional sphere, as represented by its qubit. Traditional Turing computation, on the other hand, is merely a static two-dimensional paper tape model. This is the difference between quantum computing and Turing classical computing. Turing computing has entered an era of designing three-dimensional dynamic languages (programs) using two-dimensional static thinking, but its construction method remains stuck in the era of static classical reductionism. Satoshi Nakamoto transcended this static two-dimensional language construction method and entered the era of dynamic quantum computing's three-dimensional language construction method.