Today’s ID the Future concludes a debate over the merits of intelligent design and modern evolutionary theory. Günter Bechly is a distinguished German paleoentomologist who was an atheist and Darwinist but became convinced of theism after he finally decided to read some of the books written by leading ID proponents and found their arguments far stronger than he had been led to believe from second-hand accounts. S. Joshua Swamidass is a computational biologist at Washington University in Saint Louis who says ID may or may not be true in some part of what it affirms, but while he believes in a Creator, he doesn’t find the central arguments of intelligent design proponents logical and cogent. He also is more sanguine Read More ›
Today’s ID the Future features a debate over the merits of intelligent design. Günter Bechly is a German paleoentomologist heard many times on ID the Future, who says the science convinced him that intelligent design is true. S. Joshua Swamidass is a computational biologist at Washington University in Saint Louis who says ID may or may not be true in some part of what it affirms, but for him, the science doesn’t lead you to it. They met in a dialogue hosted by Justin Brierley on his Unbelievable? podcast, reposted here with Brierley’s permission. This is the first half of the conversation. The second half is coming to IDTF soon.
On today’s ID the Future, author and biologist Michael Behe discusses with host Andrew McDiarmid how the once seemingly humble cilium is actually even more irreducibly complex than Behe suggested in his ID classic Darwin’s Black Box—and indeed, even more complex than his review of cilia in his update in 2007. At the time Behe described cilia as “irreducible complexity squared.” But as noted in a recent article at Evolution News, even more layers of sophistication in cilia and their Intraflagellar Transport (IFT) system have now been discovered. So, does that mean we are now looking at irreducible complexity cubed? Listen in as Behe and McDiarmid revel in the engineering sophistication of this fascinating molecular machine, and discuss why, more Read More ›