ID the Future Intelligent Design, Evolution, and Science Podcast
Topic

universal common descent

IDTF 1893 Gunter Bechly Arachnid Phylogeny and Common Descent Post Image

Unraveling the Mess of Arachnid Phylogeny

Classifying organisms is an important function of biology. But if phylogenetics is ultimately based on a floundering theory of origins, how helpful is it to our understanding of living things? On this ID The Future, host Andrew McDiarmid and paleoentemologist Gunter Bechly unpack some of the major problems with arachnid phylogeny and its implications for the common descent hypothesis. Read More ›
A hummingbird sucks honey from a flower.

The Scientific Problems with Kojonen’s Theistic Evolution Model

Can evolution and intelligent design work together in harmony? Or is that wishful thinking? On this ID The Future, host Casey Luskin concludes his conversation with philosopher Dr. Stephen Dilley about a recent proposal to marry mainstream evolutionary theory with a case for intelligent design. Dr. Dilley outlines the scientific problems with Kojonen's proposal and explains why it contradicts our natural intuition to detect design. This is Part 2 of a two-part conversation. Be sure to catch Part 1, and look for more interviews with others on this topic soon. Read More ›
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The Dawkins Test Returns an Answer: Intelligent Design

In 2009 atheist biologist Richard Dawkins offered a scientific test to decide between Darwinian evolution and intelligent design (ID). The results are in, and as guest Casey Luskin explains on this ID the Future, the evidence has broken strongly in favor of intelligent design. At the time Dawkins presented the test, he was confident that comparative DNA evidence supported Darwin’s tree of life and its idea of universal common ancestry. He made the point in his 2009 book The Greatest Show on Earth and in two interviews. As he put it, “The single most convincing fact or observation you could point to” in favor of Darwinian evolution over against ID “would be the pattern of resemblances that you see when you compare the genes … of any pair of animals you like … and then plot out the resemblances and they form a perfect hierarchy, a perfect family tree. And the only alternative to it being a family tree is that the intelligent designer deliberately set out to deceive us in the most underhanded and devious manner.” But fourteen years later the picture looks very different. Tune in as Casey Luskin details the various ways that the rapidly developing field of phylogenomics is uncovering data that powerfully fits the ID model of life’s history and strongly undermines the idea of universal common ancestry via mindless evolution. As Luskin says in a recent Evolution News article, “Now, years later, scientists have sequenced a great number of whole genomes. And as a consequence, they know that Dawkins was wrong. Every gene does not deliver ‘approximately the same tree of life.’… On its own terms, the Dawkins test for evolution has come up for ID.” So why haven’t evolutionary biologists given up on universal common ancestry? Luskin says that some have, while others reflexively invoke auxiliary hypotheses and employ question-begging computer models to generate tree-like ancestries in the face of contrary data. Luskin compares the behavior to astronomers who protected the dying geocentric model of the solar system by invoking “epicycles” to explain away contrary astronomical data. Better to let the Dawkins Test speak for itself, Luskin says. Listen in for the full story.

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The student is sitting at the table and is looking for excuses for not being ready for the lesson. Photo by Dmitriy on Adobe Stock

How Universal Common Descent Survives Failed Predictions

On today’s ID the Future, philosopher of biology Paul Nelson discusses his chapter in a recent Harvest House anthology edited by host Casey Luskin, The Comprehensive Guide to Science and Faith. Nelson says the theory of universal common descent, a key component of modern evolutionary theory, has generated multiple predictions that have failed. The prediction he discusses here is that there would turn out to be a single universal genetic code, since that’s what we should expect if all life on earth is descended from the last universal common ancestor (LUCA). Findings over the past three decades have  proven that prediction spectacularly wrong. How does the theory of universal common descent shrug off this contrary empirical finding? The trick for LUCA in this and similar cases is to shift blame for failure to an ancillary theory. It’s a clever move, says Nelson, but it comes at a cost.