Raw meat is easy enough to discern from stones and petrified materials...
If that find was of actual dinosaur soft tissue--a conclusion that is by no means widely agreed upon--it's not meat. Meat is muscle. The soft tissue is speculated to have been connective tissue, a completely different type of organ. There's still the very real possibility that what was found was mere microbial matter bearing no relation to dinosaurs.
I'm aware that stegosaurs did not have horns... Indians were always in the habit of touching those glyphs up every few years, and the horns were added long after the animal himself became extinct by an artist who simply figured an animal that size needed them.
So you accept that these glyphs were altered. How do you know that they weren't altered to make them more similar to stegosaurus? Seems to me that it'd be easy enough to alter the glyphs ("touching those glyphs up") to make them look more like some new and exciting dinosaur find.
Also, stegos didn't have "cat-like faces" or red fur. Their faces were more similar to horses than cats (though there are enormous differences between them), and as best we can tell they had rough skin similar to that of lizards. I'm not aware of any finds among the Ornithiscians that included feathers.
I mean, you've got an ideological doctrine which needs quadrillions of years
We have millions of years to work with. Whether evolution is true or not the Earth has clearly been here for millions of years.
and only has a few thousand or a few tens of thousands, tops:
I've explained why your argument is wrong. You assume 1 beneficial mutation per generation. If beneficial mutations arise at the rate of 1 per 1,000 mutations (0.1%), you'd still expect 1 or 2 beneficial mutations for every 10 people. This rather dramatically reduces the time necessary to produce a new species. Furthermore, you've mistakenly assumed that a cousin is our ancestor, which erroneously doubles the time your incorrect calculations yield for speciation.
Aridas said:
The Peer Review Process can be really, really harsh, I hear. It's fallible, obviously, but it does get rid of a lot of bad science.
The peer review process isn't the end, though. Once the paper's been reviewed and published, the REAL trial for the idea begins. At that point, every scientist in the world can read it, pick it apart, and find exactly where it stops working. Peer review merely makes sure that the paper is good enough to be published; it's the analysis by the larger scientific community that serves as the true test for a new idea.