The big problem for evolutionists is the following: in many cases it is possible to show that what they call homologous organs is formed by the action of completely different genes. For example, there are two species of drosophiles whose eyes evolutionists can consider homologous, yet both eyes are definitely caused by different genes.
This is not an isolated case. Over the years, many such examples have emerged. There is no denying that the concept of homology in terms of identical genes transmitted from a common ancestor has collapsed. This also applies to the famous example of the anterior limb of vertebrates.
Let's look at the gene that controlled the development of this original ancetral vertebrate. If you like, by means of a mutation it is possible at least a million times to change this gene! But this will never cause a change of the front limb into the seal's fin, or into the human hand, because these organs are controlled by other genes!
For the last seventy years, scientists have argued that studying genetics confirms evolutionary theory. We have considered objections to this claim. We understood, first, that Mendel's classic experiment showed that the new signs are not acquired by the population, but are transmitted directly from parents to the child in the form of genes. Thus, there are no such changes, at the expense of which evolution could take place. Further, we have seen that the mutation theory put forward by evolutionists, which in their opinion should remove this objection, is not in itself adequate to the task of explaining evolution. In other words, genetics does not confirm evolutionary theory.
Natural selection
However, much more must be said about the correctness of the postulates of genetics. Far from supporting evolutionary theory, the studies of the last seventy years lead to the only conclusion: evolution could not occur, and the Bible wins. Let us consider a theoretical case of what evolutionists call natural selection, and then follow it to a logical conclusion.
Imagine a population of seabirds that can exist in one of several different colors. As this population increases, some birds are colonizing the neighboring island, whose color is dark. White and light gray birds on this island are well visible to predators who destroy them. Dark birds survive and are invisible. Gradually, the breed of dark birds is developing, while the light birds are dying.
A similar process is taking place on another neighboring island, the color of which is light this time, and the birds survive on it light. Thus, due to natural selection from the original population, two bird species develop. Ultimately, they can be considered as new species.
To be continued in the next part https://zen.yandex.ru/profile/editor/id/5d9330af8600e100b06bbabe/5d9336ba2beb4900ad24e23e/edit