Tag: PNAS
Escape from Randomness: Can Foldons Explain Protein Functional Shapes?
Faced with impossible odds, materialists struggle to find natural laws that can fold a protein correctly the way life does.
Cell Machines Maintain the Planet for Life
Machines packed in exquisite geometrical structures play a major role in cleaning the air and regulating carbon for the entire planet.
Mammals Compute Sound Timing in the Microsecond Range
Two ears provide the ability for mammals to tell the direction of sound, involving multiple finely tuned mechanisms.
Design Wonders in a Ladybird Beetle
Loved by children, one of the most common beetles turns out to have engineering marvels under its shields.
No Controversies About Darwinism? Try This One
A fierce battle over a core principle of Darwinian theory has raged for decades, but you wouldn’t know it.
Molecular Machines Reach Perfection
Does anything in nature achieve perfection? Yes, say Japanese researchers looking at an amazing molecular machine in a “primitive” life form.
Genetic Code Complexity Just Tripled
If natural selection would have a hard time modifying one codon, imagine it having to keep track of three at once.
The Fallacy of Evolutionary Advantage
Information-rich functional machines don’t pop into existence merely because their presence would be advantageous.
Vertebrates to Land Is an Evolutionary Transition Dripping with Teleology
Darwinian evolution is supposed to have done away with the need for purpose or will in driving the history of life. The words of Darwinists themselves tend to refute that idea.
Does the Chemistry of the Cell Point to Its Origin in Darwin’s “Warm Little Pond”?
There is no evidence that the authors of a recent paper in PNAS have accurately described the environment in which the first cells formed.