Re: Is science being unduly influenced?
There's a bit of a stretch that appears to be taken here in that it seems like Darwin is taken as the final authority on evolution. Taking that presumption would be just as erroneous as taking Newton as the final expert on gravity or Copernicus as the final expert on astronomy. It took the work of Einstein, Bohr, and piles of other physicists to develop general relativity which is a much more comprehensive grounding for the interaction of objects in the universe. Copernicus sat as an object of ridicule in some circles until Galileo was able to justify his findings. Even Aristotle argued for the idea of change and development in the physical world as changes occur all around us and are easily observed at any particular time if we care to take a look to find the cause.
Even in the field of genetics, there are a multitude of lifeforms that have very similar genetic makeups that would appear to suggest a common ancestor, or other intermediary relations between them. Humans and all other organisms are just strands of DNA and RNA with very little variety between them: we're all just groups of A, T, C, and G (Adenine, Thymine, Cytosine, and Guanine) with a very small amount of differentiation. Looking at the world overall, with what we've been able to see in terms of extinction, changes within species, negative/positive traits (sickle-cell anaemia carriers are immune to malaria), and the overall discipline of science evolution gives us a very good explanation for the living and developmental state of living things. As a disciplined approach it accounts for things much better than the idea of all life springing in a static state already formed.
As for macro-evolution, should the issues with that theory really shake evolution that much more than the manner in which quantum physics tears away a good deal of what we know about the workings of the universe?
There's a bit of a stretch that appears to be taken here in that it seems like Darwin is taken as the final authority on evolution. Taking that presumption would be just as erroneous as taking Newton as the final expert on gravity or Copernicus as the final expert on astronomy. It took the work of Einstein, Bohr, and piles of other physicists to develop general relativity which is a much more comprehensive grounding for the interaction of objects in the universe. Copernicus sat as an object of ridicule in some circles until Galileo was able to justify his findings. Even Aristotle argued for the idea of change and development in the physical world as changes occur all around us and are easily observed at any particular time if we care to take a look to find the cause.
Even in the field of genetics, there are a multitude of lifeforms that have very similar genetic makeups that would appear to suggest a common ancestor, or other intermediary relations between them. Humans and all other organisms are just strands of DNA and RNA with very little variety between them: we're all just groups of A, T, C, and G (Adenine, Thymine, Cytosine, and Guanine) with a very small amount of differentiation. Looking at the world overall, with what we've been able to see in terms of extinction, changes within species, negative/positive traits (sickle-cell anaemia carriers are immune to malaria), and the overall discipline of science evolution gives us a very good explanation for the living and developmental state of living things. As a disciplined approach it accounts for things much better than the idea of all life springing in a static state already formed.
As for macro-evolution, should the issues with that theory really shake evolution that much more than the manner in which quantum physics tears away a good deal of what we know about the workings of the universe?
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