A feature story in a recent issue of the journal Nature described four solar system bodies that are puzzling to evolutionary scientists.¹ Specifically, the article discussed the rings of Saturn, two of Saturn's moons (Enceladus and Titan), and Jupiter's moon Io. These four bodies all exhibit properties that cannot persist for billions of years.

The notion that the earth and cosmos are billions of years old continues to present serious problems for evolutionary scientists. For instance, billions of years ago, the sun would only have glowed faintly, leaving nearby earth totally frozen. But with no liquid water on earth's surface, how could life have evolved and become fossilized so long ago?

A Hawaii-based astronomer announced at an October 19, 2011, NASA meeting the discovery of a young-looking planet forming near the star LkCa 15. "You can actually see the planet forming, as the process is happening right now," Adam Kraus, of the University of Hawaii's Institute of Astronomy, told the Associated Press.¹ But how does he know that it is forming?

It has always been impossibly difficult for astronomers to realistically explain how galaxies, stars, and planets might have formed through natural processes. To prop up their naturalistic theories, they will sometimes invent unobserved structures, such as the Oort cloud for comets.¹