The Intelligence Principle
Creators: name: huang, chunke
Publisher: name: figshare
Year: 2024
Subjects: classificationCode: 310405
subject: Evolutionary ecology
classificationCode: 310412
subject: Speciation and extinction

description: The main axis of the current theory of the evolution of life is environmental selection and ecological balance. This scientific theory of the origin and evolution of life is generally based on the basic criterion of spontaneous organization. This theory of natural evolution has several aspects:<br>First, there is the bioenergetic flow, the self-organized material system, all of whose behavior is the result of energy flow. The source of the energy for this energy flow is solar energy.Let's say for example, solar energy can make water turn into steam and fly into the air, go to high altitude and then fall onto a mountain, at this time the water has potential energy, then this water slowly flows from the mountain to the bottom of the mountain, which will create a complex process. This process is certainly much more complex than the process of water falling directly from high altitude to the bottom of a mountain. So this system of water slowly releasing potential energy from the mountain and flowing down the mountain is an ecosystem in the biological field. In this ecosystem, there are two independent links, one is the link of energy intake, the other is the link of energy dissipation. These two links are at the beginning and the end of the ecosystem.The second aspect is the growth of DNA. Observations have shown that DNA strands do not gradually increase in length over time during division and replication. However, under certain specific circumstances, the DNA of a cell may undergo DNA insertion or amplification, resulting in an increase in the length of the entire DNA strand of a species.The third aspect is gene expression. That is, the process of constructing the information content of genes into proteins of the organism. By means of RNA polymerase, the gene sequence on the DNA template is transcribed into MRNA, a disposable molecule that leaves the nuclear ectoplasm toward the cytoplasm of the cell after being processed for splicing and modification in the nucleus.The MRNA is assembled at the ribosomes, according to the rule of coding in groups of three bases, into specific amino acid sequences that lead to the synthesis of proteins. Gene expression, through highly complex and precise regulation, accomplishes structurally complex organismal organization and its corresponding coordinated biological functions.The fourth aspect is mediator metabolism. Mediator metabolism and gene expression in a biological organism are two physiological processes with opposite motives.To put it plainly, gene expression complicates the physiological structure of the organism, whereas mediator metabolism smoothly pushes this biopotential structure to its most give-and-take state. And in the context of this gene expression dynamic, the biological organism is a self-organizing, organismal system of increasing complexity. The effect of this process on the fluidity of metabolic processes in biological organisms is negative and the more complex the structure of the organism, the less fluid the physiological metabolic activity. And a disfluent metabolism is more likely to result in the collapse of the physiological system. The complexity of species evolution is much like a building that grows taller and taller over time, and when the building gets tall enough, collapse is inevitable. It suggests that the faster a species evolves in complexity, the more likely that species is to collapse.