Evolution’s Can Opener

Sep 16, 2016 by

By Eric Metaxas, Breakpoint:

A new fossil discovery makes it even tougher for Darwinists to explain the origin of life.

There’s an old story about a chemist, a physicist, and an economist stranded on a desert island with nothing to eat but a can of soup. Puzzling over how to open the can, the chemist says, “Let’s heat the can until it swells and bursts from the buildup of gases.” “No, no,” says the physicist, “let’s throw it off that cliff with just enough kinetic energy to split it open on the rocks below.” The economist, after thinking a moment says, “Assume a can opener.”

There’s more than one trade that deals in assumptions. The way Darwinists approach the origin of life is a lot like that economist’s idea for opening the can. The Darwinian mechanism of mutation and natural selection explains everything about life, we’re told—except how it began. “Assume a self-replicating cell containing information in the form of genetic code,” Darwinists are forced to say. Well, fine. But where did that little miracle come from?

A new discovery makes explaining even that first cell tougher still. Fossils unearthed by Australian scientists in Greenland may be the oldest traces of life ever discovered. A team from the University of Wollongong recently published their findings in the journal “Nature,” describing a series of structures called “stromatolites” that emerged from receding ice.

“Stromatolites” may sound like something your doctor would diagnose, but they’re actually biological rocks formed by colonies of microbes that live in shallow water. If you visit the Bahamas today, you can see living stromatolites.

What’s so special about them? Well, they appear in rocks most scientists date to 220 million years older than the oldest fossils, which pushes the supposed date for the origin of life back to 3.7 billion years ago.

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