@sonichell,
Quote: the theory of why objects moved towards each other is obviously proven false by relativity.
I think your understanding of Newtonian Mechanics v relativity may be the problem. Newtonian Mechanics is a "special area of relativity" where all aspects of Newtonian principles are approximately correct at speeds much less than "c" ..AND, they are exactly correct for all bodies at rest .
But we can agree to disagree (Otherwise my field gravimeters are wrong).
The concepts of species estimation are base upon work mostly by microbiologists and entomolygists "filling" a field ecological network for any given ecosystem. I have no idea nor do I really get into the number of species.
Raup estimated that 5 Billion species lived on earth ,
EXTINCTION,bad genes or bad luck(1992 NORTON PRESS).
Finding "large numbers of a few species" is a part of an ecological observation about ecosystems and limitations of resources.
We see many numbers (like pelecypods or crinoids or triceratops because they were animals that lived in assemblages or herds, so why isn't it logical that they got killed by the same event and were in a medium that promoted fossilization.
As another person said earlier. "If there were so many pecies out there, probably everything was transitional to something else"
We only give a term "transitional" when we find some fossils that lie somewhere between the structure of an older era v a younger era fossil.
Actually, if you were right about the number of species, wed only see the evolution of say 10 billion species in the last 700 million years since the dawn of the Ediacaran times. Complex life is even younger .
BTTW, "speciation" the way Darwin used it, is concerned with origins based upon transmutation of one species. Biologists don't even use the term speciation in this respect, they call it
phyletic transformation
Im really not sure how many species really lived on earth, in the fossil record we are limited to only morphology differences and sometimes these morphology differences can be mere sexual dimorphism or even polymorphism (in the case of arthropods)