First, evolution, through natural selection and genetic variation, is indeed capable of innovation. Complex structures and functions can arise incrementally over time. Features that provide a survival or reproductive advantage are more likely to be passed on to subsequent generations, gradually leading to complex adaptations.
The analogy of DNA needing to be like a program, CDROM, reader, and printer all in one cell is an oversimplification that misunderstands molecular biology. DNA replication, transcription, and translation are complex processes facilitated by a variety of proteins and enzymes, which themselves evolved.
Regarding Prof. Michael Behe's arguments in "Darwin's Black Box," while thought-provoking, they have been widely critiqued and refuted in the scientific community. Behe's concept of "irreducible complexity" has been shown not to preclude evolutionary origins, as numerous studies have demonstrated how complex biochemical systems can evolve from simpler precursors through natural processes.
Lastly, it's critical to approach scientific topics with an understanding based on evidence and consensus among experts. While there are always unanswered questions in science, the theory of evolution remains one of the most robust and universally accepted scientific theories, based on overwhelming evidence across different fields including genetics, paleontology, and molecular biology.
Evolution is a fact we can all see, but the engine of evolution (random mutations) is an unproven theory.
For those who have curiosity, and most engineers should have : Michael Behe was challenged by "Evolution a theory in crisis" by M. Denton
Moreover, referencing Michael Behe's concept of "irreducible complexity" and Michael Denton's "Evolution: A Theory in Crisis" does little to undermine the robust body of empirical evidence supporting evolutionary theory. These critiques, while provocative, have been extensively rebutted in peer-reviewed research. The consensus among biologists is clear and based on a wide array of studies—from genetic sequencing to fossil records—that collectively validate evolutionary theory.
To dismiss evolutionary biology as an "unproven theory" is to ignore the comprehensive and corroborative data gathered over decades. Such a stance not only misrepresents the nature of scientific inquiry, where theories are continually tested and refined but also underestimates the adaptive power of natural processes documented in both the laboratory and the wild.
example: based on our limited understanding all we can seem to confirm so far is that there was a sort of “big bang” but that doesn’t mean a “big bang” is all there was, not by a long shot
Prof J. Tour (great biochemist) who devoted his life to build synthetic molecules, never ceased to explain this. Mutations break the program (DNA) and cannot create new proteins, new mechanisms, and new coordinated organs, not to say new species. Enginneers here should understand this as I do.
Such evolutionary acquisition of new function is also common in metazoans. We have observed insects become resistant to insecticides (Ffrench-Constant et al. 2000), animals and plants acquire disease resistance (Carpenter and O'Brien 1995; Richter and Ronald 2000), crustaceans evolve new defenses to predators (Hairston 1990), amphibians evolve tolerance to habitat acidification (Andren et al. 1989), and mammals acquire immunity to poisons (Bishop 1981). Recent beneficial mutations are also known in humans, such as the famous apolipoprotein AI Milano mutation that confers lowered risk to cardiovascular disease in its carriers.
https://evolution.berkeley.edu/a-closer-look-at-a-classic-ri...
As you go along the ring you can easily observe the creation of new species through evolution that can't breed with each other.
Where?