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

honey bees

desert ant

Animal Algorithms Webinar: Desert Ants and Honey Bees

Today’s ID the Future brings listeners the first half of a recent live webinar featuring author Eric Cassell fielding questions about his intelligent design book, Animal Algorithms: Evolution and the Mysterious Origin of Ingenious Instincts. Center for Science and Culture associate director Casey Luskin hosts. They begin the webinar discussing Cassell’s unique set of qualifications for writing the book, and then they move into a conversation about the amazing desert ant, a master navigator from birth, able to integrate multiple navigation sensors despite having an incredibly tiny brain. Cassell argues that these innate skills point to algorithms programmed into the ant’s brain and genome, and that such programming is far better explained by intelligent design than by any blind evolutionary process. Also making an appearance in this first half of the webinar: the integrated wonder of the honey bee colony.

Animal Algorithms

New Book Spotlights High Tech Animal Navigation

Today’s ID the Future spotlights the new book Animal Algorithms: Evolution and the Mysterious Origin of Ingenious Instincts. The author, Eric Cassell, joins host and Baylor computer engineering professor Robert J. Marks to discuss the groundbreaking book and, in particular, the chapters on some of the animal kingdom’s most stunning navigators—the arctic tern, homing pigeons, the monarch butterfly, and the desert ant, among others. Cassell has degrees in biology and engineering, and he draws on these and his decades of professional expertise in aircraft navigation systems to show that these creatures instinctively employ navigational technologies that humans have only recently mastered. According to Cassell, their skills are driven by sophisticated algorithms embedded in their brains. But what created these algorithms in the first place? He argues that mindless evolution is a poor candidate for the job. A better candidate, he suggests, is the same cause that builds sophisticated algorithms today—intelligent agency. Tune in as Cassell and Marks touch on everything from magnetic, sun, and celestial navigation to chemotaxis, dead reckoning, spherical geometry, great circle routes, neural networks, and … Viking sun stones. Read the enthusiastic endorsements, and pick up your copy of the book here.

How to Destroy Love with Darwinism

On today’s ID the Future, host Andrew McDiarmid presents an Evolution News essay, “How to Destroy Love with Darwinism.” Altruism as defined by evolutionists means “behavior by an animal that may be to its disadvantage but that benefits others of its kind.” It’s not an easy fit with Darwinism, since Darwinian evolution is all about passing your favored genes onto your offspring. How can a creature do that if she gives her life for another, particularly when it’s not even her own children, and before she has produced any offspring? Such individuals fail to pass on their own genes — a seeming conundrum for Darwinism. Evolutionists have made some progress (they think) explaining such things with theories of group selection or kin selection. But those explanations face some fresh challenges and don’t even begin to explain self-sacrificial acts done for non-kin, a behavior we see among humans. From a design perspective, though, such behaviors are not baffling, for they are not genetically determined acts, as if humans are only wet robots governed by genes. They are acts of true self-sacrificial love, done freely and made possible because reality is more than matter and energy, and humans are more than just DNA survival machines.