Evolution is unable to be proved

Evolution is a theory, that is true, but how does a theory become proven? It becomes a law, any theory can become if substansiated enough.Arguments:How Does A Theory Become A Law- A law differs from a scientific theory in that it does not posit a mechanism or explanation of phenomena: it is merely a distillation of the results of repeated observation. As such, a law is limited in applicability to circumstances resembling those already observed, and is often found to be false when extrapolated. Start with an observation that evokes a question: Broth spoils when I leave it out for a couple of days. Why? Using logic and previous knowledge, state a possible ansser, called a Hypothesis: Tiny organisms floating in the air must fall into the broth and start reproducing. Perform an expierment or Test: After boiling some broth, I divide it into two containers, one covered and one not covered. I place them on the table for two days and see if one spoils. Only the uncovered broth spoiled. Then publish your findings in a peer-reviewed journal. Publication: "Only broth that is exposed to the air after two days tended to spoil. The covered specimen did not." Other scientists read about your experiment and try to duplicate it. Verification: Every scientist who tries your experiment comes up with the same results. So they try other methods to make sure your experiment was measuring what it was supposed to. Again, they get the same results every time. In time, and if experiments continue to support your hypothesis, it becomes a Theory: Microorganisms from the air cause broth to spoil. Why evolution's well substansiated proofs could lead it to be a law? Anatomical homologies - Throughout the domains of life, organisms show a distinct pattern of constraints based on homology in development and construction of the body. For example, tetrapods have five digits because the ancestor of tetrapods had five digits. When a tetrapod does not seem to have five obvious digits, a review of their development shows that they start development with five and that they fuse together later to form fewer numbers. DNA and RNA code - Almost all organisms use the same three-letter code for translating RNA into proteins. There are variations, such as the code used by mitochondria and some bacteria and fungi, but the differences are only minor. Regardless of the slight differences, all organisms use the same coding mechanism for translating the code into amino acid sequences. Endogenous retroviral insertions - Ancient retroviruses inserted inactivated viral genes into genomes. For a retrovirus to be inherited in all members of a species, a series of highly improbable events must occur. The virus must insert into a gamete cell and it must mutate so it is inactive. That gamete cell must be used to make an embryo that lives to reproduce and whose genome fixates into the population at random location in the genome. This rare event is usually species specific. Pseudogenes - Shared errors are a powerful argument for a common source. If two books describe the same concept in similar language, it's possible they just both converged on the same wording. However, if they both share the same grammar or spelling errors it becomes improbable to assume that they did not derive from a common source. There are genes that no longer code for a protein due to a mutation or error. Species often share the same pseudogene with the same inactivating mutation. A famous example of this is the L-gulonolactone oxidase that synthesizes vitamin C. All simians including humans share one pseudogene of inactivated L-gulonolactone oxidase, but the guinea pig has a different pseudogene indicating a different mutation. Embryology - The pharyngula stage of embryonic development appears to be highly conserved. At this stage, it is difficult to tell the difference between various vertebrate species. This conserved state screams common ancestry, and the field of evolutionary development has expanded our knowledge of developmental genes and their consequent embryo ontogeny to amazing levels of detail, all thanks to acknowledging common descent. Chromosome fusion - Gene fusion or chromosome fusion is when two chromosomes are spliced together. As an example, chimpanzees have one more chromosome than humans do. If the two species share a common ancestor, scientists should be able to figure out what happened to that chromosome. Researchers have found that chromosome 2 in humans is actually the fusion of two separate chimpanzee chromosomes. At the end of each chromosome is a marker called a telomere, which usually appears only on the ends. In human chromosome 2 it also appears in the center, marking where the two ends fused. Convergence - The phylogenetic trees constructed using anatomical homology, DNA homology, pseudogenes, endogenous retroviral insertions, and many other methods all converge on a similar looking tree. There are slight differences but the general relationships of the trees are intact. If any of these methods were flawed, they would not converge on the same tree. http://rationalwiki.org...