In your opinion. What do you mean when you say evolution predicts more and is therefore the preferable theory?
First of all, what evolution predicts is not an opinion. It is mandated by the logical conclusions that can be drawn from the theory. The predictions are simply not open to interpretation (this is the primary benefit of science).
Now, that said, evolution predicts complexity because beneficial and neutral mutations that come about randomly will frequently increase complexity. This will typically occur when you have part X that performs function A, but later is adapted to instead perform function B. This occurred in mammals, for instance, where a jawbone found in our reptile ancestors (and modern reptiles) slowly evolved to become a bone in the middle ear of mammals. This type of evolution ends up with many separate parts working together in an interrelated fashion.
Since evolution can only cause this sort of complexity when it is beneficial, the complexity is also specified, as it would not have been selected for if it had no purpose.
Now, bear in mind that the idea of specified complexity is only
one singular prediction. The theory of evolution has many more predictions that can be logically derived.
For example, the theory of evolution predicts that some number of organisms will be related to one another through a common ancestry. Thus one prediction of evolution is that we should be able to find animals with which we share a common ancestry. As it turns out, experiments indicate that
all life forms share a common ancestry.
Another prediction is that there is no mechanism within the theory of evolution for genetic material to be passed between very different species. Thus evolution predicts that there can be no chimeras (part one animal, part another, like a mammal with bird's wings).
Evolution also predicts that if a structure proved to be beneficial in one line, it will likely prove to be beneficial in another line. Thus the theory of evolution predicts that there should be many examples of analagous evolution: similar traits that arose along completely separate evolutionary paths.
In the end, there really can be no opinion about it. Specified complexity predicts exactly one thing. The theory of evolution predicts that one thing, plus many more. Thus the statement that the theory of evolution predicts more than specified complexity is undeniable.
In your opinion. I doubt that Mr Behe would agree. I was not thinking specifically of irreducible complexity - just that complexity and specificity in living things offer evidence of design, irrespective of whether there is an alternative (questionable) explanation of origins such as evolution.
Once again, it's not an opinion. His requirement of irreducible complexity is that the structure has no function if any one piece is removed. Scientists have provided evidence that the structures he quoted as having irreducible complexity
do have a function in organisms missing many pieces. Therefore, these structures that he has mentioned do not fit the definition that he has given for irreducible complexity. Not an opinion in the least.
Now, if you would quote a specific example, we might have a real argument.
We are back to word games again. I believe that the theory of evolution has such a powerful hold on minds within the scientific world, that they apply it to non-living things such as the cosmos.
And once again, you're wrong. I
work in cosmology. It's my
job. The theory of evolution has absolutely zero application whatsoever in cosmology. None. Nada. Zip. Zilch.