One mystery that naturalists have yet to solve is how randomly shaped and distributed chemicals were organized, concentrated, and combined into the first living bacterial cell. The next great mystery is how eukaryotic cells—or cells with a nucleus—could have come from bacteria.

Glimpses of the past can sometimes be unearthed in the most ordinary places. In a dig for an underground parking facility for the Zurich opera house in Switzerland, evidence of ancient human occupation has been uncovered. Local archaeologist Niels Bleicher found of particular interest a well-preserved wooden door.

Chinese giant salamanders are the largest in the world, with some in recent history growing as long as six feet. Lately, however, this unique amphibian has been driven toward extinction through loss of habitat and other factors. Fifteen of the few remaining specimens were recently lost at the World Expo 2010 in Shanghai, dampening hopes for recovery efforts.¹

The claim that all of today's animals came from one animal-like ancestor long ago seems wildly unreasonable. For this to happen, countless new and perfectly-fitted body parts, along with thousands of precisely structured biochemicals, would have to be invented through random natural processes.

The U.S. Court of Appeals for the Fifth Circuit ruled on October 13 that the words "under God" that appear in the Texas Pledge of Allegiance are constitutional.