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The essence of mathematics is the description of structure and relationship, and it is the method and process of verification. As for logic, it is more like the inherent characteristics of structure and relationship, while abstraction is the means to find the process of structure and relationship. Therefore, mathematics has stripped off all meaningless concretes in an abstract way, leaving only simple structures and relationships to explore the logic.
A long time ago, mathematics originated from the concreteness of life. At that time, it was not called mathematics, but a simple counting system. For example, natural numbers are specifically mapped, but from the beginning of rational numbers, they are divorced from reality and become artificial creation and abstraction.
Now with the development of mathematics, it has completely become a pure thinking activity, completely divorced from reality, which can be said to reflect the evolution of human abstract thinking and reasoning ability-that is, the evolution of intelligence.
Mathematics tries to discover all the structures and relationships, which is a descriptive behavior. Therefore, mathematics can be said to be a substance that describes matter, just like a kind of metadata and metalanguage-it describes the internal logic of material structure and relationship.
In fact, genes don't age. Genes are just a series of permutations of information. On the contrary, the longer they exist, the longer they will exist. What is aging? It's a superstructure, and genes represent information. When the superstructure is described, the structural replication structure will pass on the genes.
The replication error of structure is the cause of aging, which will react on genes. Interestingly, genes guide the replication of structures, which is the way genes survive. Genes, like mathematics, describe the laws of structure. Genes themselves are a combination of more basic structures-data stores information.
There is a relationship between structure and data that can be transformed into each other. Data is the structure that transmits information, and the structure can absorb the information transmitted by data and form a new structure, which is constantly changing.