Examples of using Irreducible complexity in English and their translations into Korean
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Irreducible complexity.
He named it irreducible complexity.
Irreducible complexity and intelligent design.
(For example, humans regularly produce machines that exhibit irreducible complexity.).
Irreducible complexity is at its core an argument against evolution.
The lobster eye seems to illustrate'irreducible complexity'.
The degree of irreducible complexity is the number of unselected steps in the pathway.
Micheal Behe, in his book“Darwin's Black Box” used the term“irreducible complexity”.
The connection between Behe's notion of irreducible complexity and my complexity-specification criterion is now straightforward.
This widely influential book opened a great many ideas, central among them the concept of irreducible complexity.
Which exposes a general problem with"irreducible complexity"- it is a"God of the Gaps" explanation.
The authors(including Christoph Adami in his commentary) are conveniently defining“irreducible complexity” way, way down.
When we see irreducible complexity in nature this provides very strong evidence that life was specially created and not evolved.
Biochemist Michael Behe, in his book Darwin's Black Box, calls this minimum number irreducible complexity.
Certain ID arguments, like the irreducible complexity of the human eye or the bacterial flagellum, are rapidly being undercut by new scientific discoveries.
The irreducible complexity of such a biochemical system cannot be explained by the Darwinian mechanism, nor indeed by any naturalistic evolutionary mechanism proposed to date.
Even though genuinely irreducible complexity would wreck Darwin's theory if it were ever found, who is to say that it wouldn't wreck the intelligent design theory as well?
What irreducible complexity says is that all parts of a system are indispensable in the sense that if you remove a part and don't alter the other parts, you cannot recover the original function of the system.
Not only is irreducible complexity required for the start of life, but each complex system in our bodies: the eye, the kidney, blood coagulation, red blood cells… the list goes on and on.
Biochemist Michael Behe's"irreducible complexity," physicist David Bohm's"active information," mathematician Marcel Schützenberger's"functional complexity," and my own"complex specified information" are alternate routes to the same reality.