Philosophy of Science and the Theory of Natural Selection

Toulmin, Hull, Campbell, and Popper defend the "analogous to evolution" view of scientific evaluation methods. In this view, the concept of competition, theory, and exploration method are involved in the struggle for competition, the "most adaptive" struggle wins from there. Whether this analogy application contributes to understanding our science depends on the importance of the difference between natural selection theory and scientific exploration. Michael Ruse presents the view of 'evolutionary origin' about the practice of scientific evaluation. There, scientific exploration is guided by the application of epigenetic rules that have been encoded by humans during evolution.

Darwin's natural selection theory of evolution is one of the most powerful and elegant theories in science. Without it, something in biology is useless, as Theodosius Dobzhansky points out. By doing so, scientists have tools to classify and conceptualize and understand the vast and diverse worlds of life, from simple single-celled creatures to incredibly complex creatures such as elephants and whales . Natural selection is an important part of biological thinking and biology textbooks are built around it. There are few people other than creationists who criticize this approach. If you want to understand why birds make their nests, why spiders turn meshes, why primates compete favorably, or why the planet leaps in front of birds of prey, you need to understand natural selection .

This article explains Darwin's theory of natural selection. At the same time, this paper fully explains the natural selection of "modern evolution synthesis" in the 20th century. This paper also gives application of the principle of natural selection to explain current antibiotic resistance in bacteria. Finally, this paper summarizes the theory of evolutionary science in Darwin and then discovers natural selection. As we all know, Charles Darwin is the father of evolution and inheritance and advocates the principle of controlling heredity. One of his outstanding principles is that natural selection will be decided when the theory of natural selection becomes the driving force if the theory of evolution becomes clear as a car. This theory clearly states that the nature of control and selection of organisms contributes to survival while in the same eradication of lower species (Fairfield, 2000).

Charles Darwin strongly believes in the theory of evolution and is the founder of the natural selection theory. Natural selection is the theory of competing - survival, spouse, universe, food, shelter etc - that tend to naturally preserve valuable organisms and tend to keep evolving undesirable organisms evolving. Evolution can roughly be divided into two types: macroscopic evolution and microscopic evolution. Macro evolution deals with changes above the seed level, but micro evolution is a change in gene frequency within a population, which may lead to the formation of new species. Darwin thinks that natural selection will take place in nature, it is necessary to select and cultivate the best and most suitable resource. The concept of genetics and genetics did not appear until the introduction of Gregor Mendel and the evolutionary study followed the evolution of DNA discovered by Watson and Click in 1953.