I dont care about "looking" stupid, that just make you look un scientific making judgment based on a priori and insulting people
From this point, it make it rather pointless to have scientific discussion
But I wont insult you because of this
I obviously read much more about evolution than you
And we still dont have experimental protocol to explain the steps from stone to mozart
show me how we do this scientifically
Amin acide, alpha globin is cute, but it's not the pinacle of evolution either.
But maybe you can answer this, or just judging people on their look.
Your link is totally irrelevant to the point.
Im curious tho, are you the typical creationist or what? If you dismiss evolution what do you propose instead. I'm 99% sure that you will say god but maybe you surprise me.
Jonathan blow exposed this problematic very well.
Saying we dont understand evolution doesnt mean being religious nut. It's just being honest with what we can really assert scientifically on the subject.
Fair enough. Here is the problem with what you want. We cannot always have experiments or recreate anything. Scientifically we know how planets are formed or what a black hole is however we can't recreate any of it. We can however make predictions about evolution. Disproving evolution first requires to look at what the theory predicts and see where it can be shown to make incorrect predictions. It is easy to be side-tracked by specifics of the theory, such as individual evolutionary pathways of certain features, and confuse these with what would falsify the overall theory of evolution by natural selection. Indeed, many creationists do this whenever a new discovery is made in biology that causes scientists to rethink some pieces of evolution. To avoid this problem, it is best to be clear what evolution is. It is based on three main principles: variation, heritability and selection. Given these three principles, evolution must occur, and many features of evolution appear given only these three guiding principles.[3] If any of these were shown to be flawed then the theory would be untenable.
Consequently any of the following would destroy the theory:
If it could be shown that organisms with identical DNA have different genetic traits.
If it could be shown that mutations do not occur.
If it could be shown that when mutations do occur, they are not passed down through the generations.
If it could be shown that although mutations are passed down, no mutation could produce the sort of phenotypic changes that drive natural selection.
If it could be shown that selection or environmental pressures do not favor the reproductive success of better adapted individuals.
If it could be shown that even though selection or environmental pressures favor the reproductive success of better adapted individuals, "better adapted individuals" (at any one time) are not shown to change into other species.
Cosmologists make precise predictions about what will happen to the universe in 20 billion years’ time. Biologists struggle to predict how a few bacteria in a dish might evolve over 20 hours. Some claim that this lack of precise predictive power means evolution is not scientific.
However, what matters in science is not how much you can predict on the basis of a theory or how precise those predictions are, but whether the predictions you can make turn out to be right. Meteorologists don’t reject chaos theory because it tells them it is impossible to predict the weather 100% accurately – on the contrary, they accept it because weather follows the broad patterns predicted by chaos theory.
The difficulty in predicting the course of evolution arises partly because organisms are free to evolve in quite different directions. The descendants of a single species of ape living in Africa around 6 million years ago, for instance, ended up taking rather different paths; those that eventually led to gorillas, chimpanzees and humans. Such splits in populations might stem from tiny initial variations.
The evolutionary paths these apes took might also have been influenced by changes in the climate. As this shows, the history of life on this planet has been partly shaped by chance events. If an asteroid hadn’t wiped out the dinosaurs, the first intelligent life form might have been very different, if indeed human-like intelligence had evolved at all. If we could wind the clock back 4 billion years and let life evolve all over again, its course might be very different.
Perhaps the most striking prediction in biology was made in 1975 by entomologist Richard Alexander. After studying the evolution of eusocial insects such as termites, he predicted that some burrowing rodents in the tropics might have evolved the same eusocial system – as later proved to be the case with the naked mole-rat.
Evolutionary theory can and increasingly is being put to more practical use. For instance, if you genetically engineer crops to produce a pesticide, it is clear that resistant insect strains are likely to evolve. What is less obvious is that you can slow this process by growing regular plants alongside the GM ones, as was predicted and has turned out to be the case.
Many researchers developing treatments for infectious diseases now try to consider how resistance could evolve and find ways to prevent it, for instance by giving certain drugs in combination. This slows the evolution of resistance because pathogens have to acquire several mutations to survive the treatment.
You can see that evolution has many practical applications which really to me proves the truth of evolution