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Te sugiero que aportes todas las pruebas, y luego la cambies de nombre. Podría llamarse "teorema de la evolución". Saludos.
Ponlo en google translate que no queria traducirlo todo pues estoy un poco ocupado. La evolucion no es una idea, es la verdad.


"Paleontology - the study of fossils and prehistoric life
Evolutionary change is clearly documented in the fossil record. Fossils are well ordered within rock layers, the oldest ones being at the bottom and youngest being at the top. Paleontologists have found transitional forms for many lineages, including humans, showing progression as we move up through the rock layers. A transitional fossil is one that contains anatomical similarities with two groups of organisms. It is possible to see how organisms evolved by arranging their fossils in a chronological sequence.

Biogeography - the study of the geographic distribution of organisms
Data about how species are distributed throughout the world and why they are present or absent in certain areas can provide evidence of common descent and shed light on patterns of speciation. Questions such as: Why are most marsupials concentrated in Australia? Why are organisms that live on islands so different from organisms that live on mainland continents? Why are some organisms endemic to certain regions? Why do animals that live in similar habitats still have fundamental differences? and so on can only be reasonably answered in light of evolution.

Comparative anatomy - the study of how anatomical structures between organisms are similar and different
Comparative anatomy involves things like homologous and analogous structures, and also reveals a nested hierarchy among all life on Earth. Taxonomy is based on relationships between organisms and starts with broad groups having fundamental similarities and separates them into smaller groups based on specific differences. The nested hierarchy of organisms shows strong evidence of common descent. Embryology is also part of comparative anatomy. Comparing embryos of different animals shows similarities and relationships.

Genetics - the study of DNA and genetic traits
The study of genetics is only a relatively recent development, yet it has provided some of the most powerful pieces of evidence for evolution. One of the strongest confirmations of common descent comes from the study of gene sequences. Comparative sequence analysis examines the relationship between the DNA sequences of different species. If the hypothesis of common descent is true, then species that share a common ancestor will have inherited that ancestor's DNA sequence and mutations unique to that ancestor. More closely-related species will have a greater fraction of identical sequence and more shared substitutions when compared to more distantly-related species. The sequencing of the human genome only happened around 10 years ago, yet it has provided much insight into human evolution and our relatedness with other species. Much more evidence of evolution can be found in genetics that is too much to fit here."