 |
| Some Final Thoughts |
Some Final Thoughts
During the last hundred and fifty years the theory of evolution has been refined and extended to mesh with many other branches of science including: archaeology, astronomy, biology, biochemistry, chemistry, genetics, geology, palaeontology, and physics.
The theory of evolution is not beyond criticism. The job of a scientist is always to refine, extend, and test current theories. However, critics often fail to recognize the broad base of human knowledge that is incorporated in the modern version of evolutionary theory. The theory of evolution is not just the work of Charles Darwin; it is the culmination of the work of thousands of scientists in many fields of study.
The theory of evolution is a unifying concept in a tidal wave of new human knowledge. With this knowledge we are forging a new understanding of the universe.
This understanding does not diminish, but increases our awe at the various levels of order and complexity in the universe.
During the last hundred and fifty years the theory of evolution has been refined and extended to mesh with many other branches of science including: archaeology, astronomy, biology, biochemistry, chemistry, genetics, geology, palaeontology, and physics.
The theory of evolution is not beyond criticism. The job of a scientist is always to refine, extend, and test current theories. However, critics often fail to recognize the broad base of human knowledge that is incorporated in the modern version of evolutionary theory. The theory of evolution is not just the work of Charles Darwin; it is the culmination of the work of thousands of scientists in many fields of study.
The theory of evolution is a unifying concept in a tidal wave of new human knowledge. With this knowledge we are forging a new understanding of the universe.
This understanding does not diminish, but increases our awe at the various levels of order and complexity in the universe.
