Intelligent Design the Future

If evolutionary psychology explains every complex human behavior as well as its opposite, does it really explain anything? Today, host Andrew McDiarmid concludes his conversation with geologist and attorney Dr. Casey Luskin about which scientific theory of origins best explains human altruism, cooperation, and morality. McDiarmid recently engaged in some lively discussion under his recent article exploring scientific worldview in the Marvel universe. Specifically, some readers claimed evolution can explain human kindness, heroism, and teamwork. So McDiarmid turned to Luskin, who has spent time researching human origins as well as attempts to explain the origin of human behaviors. Here in Part 2, the pair zoom into altruism to see if evolution can adequately explain it. This is Part 2 of a two-part conversation. Source

Do evolutionary models adequately account for the reality of human altruism, moral conviction, and cooperation? Does intelligent design offer a better explanation? On this ID The Future, host Andrew McDiarmid begins discussing these questions and more with geologist and attorney Casey Luskin. McDiarmid's recent article exploring scientific worldview in the Marvel universe generated some lively back-and-forth in the comments section, particularly about whether evolutionary processes could account for humans looking out for other humans. Luskin tackles the question head-on, putting it in the larger context of evolutionary psychology's penchant for explaining every possible human behavior through the lens of a Darwinian past. This is Part 1 of a two-part conversation. Look for Part 2 in a separate episode. Source

Do you recognize the number 1/137.035999206? It might seem arbitrary, but if the fine structure constant were any higher or lower than it is, you might not exist! On this episode of ID The Future, host Brian Miller kicks off an engaging conversation with Rabbi Elie Feder and Rabbi Aaron Zimmer, hosts of the Physics to God podcast. Feder has a PhD in mathematics and has published articles on graph theory. Zimmer has training in physics, and has studied mathematics, philosophy, and psychology. In Part 1 of a two-part discussion, Feder and Zimmer share their background and the inspiration for their podcast. They also explain their focus on the constants of physics and what they mean. This is Part 1 of a two-part conversation. Source

By now, you might think that the icons of evolution that Dr. Jonathan Wells wrote about 24 years ago have been put out of our misery. And indeed, much has changed, and these icons have even less ground to stand on than they did back then. But they don’t call them icons for nothing! Whatever else they are, they’re stubborn, and it’s not uncommon to see evidence of them still popping up in popular science articles, cartoons, movies, and even scientific journals. On this episode of ID The Future, host Andrew McDiarmid welcomes back freelance science reporter David Coppedge to give us a few recent examples of the icons of evolution that keep shambling along, including recent sightings of the peppered moth myth and the Miller-Urey experiments. Source

To critically evaluate scientific claims, we must think like a scientist. But what are the qualities of a good scientist? On this ID The Future, host Andrew McDiarmid welcomes molecular biologist and research scientist Dr. Marci Reeves to the show to remind us how to think like a scientist to properly assess the claims of important scientific theories, including the neo-Darwinian account of life and the universe.Key principles discussed include following the evidence where it leads, distinguishing raw data from interpretation, defining terms clearly, acknowledging that invention requires information, and more. Source

Influenced by a long line of materialist thinkers, Charles Darwin proposed the mechanism of natural selection as a substitute for God. But how does his theory’s explanatory power measure up to recent scientific discoveries? On this ID The Future selected out of the archive, physicist Brian Miller discusses the resurgence of natural theology in modern science with Pat Flynn, co-host of the Philosophy for the People podcast. Natural theology advances arguments for God based on reason and the discoveries of science. It’s an ancient pursuit that fell out of favor in the 19th century as a materialist account of life’s origins took center stage. But scientific findings of the last century point to mind, not a mindless process, as the likeliest explanation for a life-friendly universe. As a result, the pendulum is swinging back to teleology, ushering in a new heyday for natural theology. This is Part 1 of a 2-part discussion. Source

God of the gaps. Lucy as human ancestor. Co-option to explain away irreducible complexity. Perhaps you've heard some of the most common objections to intelligent design, but do you know how to adequately respond to them? On today's ID The Future, geologist and lawyer Casey Luskin explains how to refute these and other objections to intelligent design as he concludes a conversation with host Jacob Vasquez that originally aired on the Truthful Hope podcast. This is Part 2 of a two-part conversation. Source

Sometimes, it’s good to go back to the basics. Whether you’re brand new to intelligent design or you’re looking for a way to share the basics with a friend or family member, we’ve got you covered today. On this ID The Future, enjoy the first half of a discussion with geologist and attorney Dr. Casey Luskin on the basics of intelligent design that originally aired on the Truthful Hope podcast hosted by Jacob Vasquez. Here, Dr. Luskin unpacks two core concepts of intelligent design: specified complexity and irreducible complexity. This is Part 1 of a two-part conversation. Share this podcast with a friend and start a conversation! Source

Today's episode of ID The Future again spotlights the book Science After Babel. Author, philosopher, and mathematician David Berlinski and host Andrew McDiarmid conclude a three-part conversation teasing out various elements of the work. The pair discuss the puzzling relationship between purely immaterial mathematical concepts and the material world; World War II codebreaker and computing pioneer Alan Turing, depicted in the 2014 film The Imitation Game; and the sense that the field of physics, once seemingly on the cusp of a theory of everything, finds itself at an impasse. Then there is the mystery of life itself. If scientists thought that its origin and nature would soon yield to scientific reductionism, they have been disappointed. This is Part 3 of a three-part conversation. Source

We all know people who have suffered with cancer. It's a major affliction of our modern world and many scientists are studying it closely to find a cure. Karl Krueger is one such scientist who has spent much of his career in cancer research. Today, host Casey Luskin speaks with Krueger about his work and what cancer can teach us about the limits of Darwinian processes. In his tenure at the National Cancer Institute, Krueger had a front-row seat to cancer research progress. After reviewing countless research projects and mountains of data, Krueger learned that cancer doesn't create new features at the molecular leveI, it degrades them. And breakage of aboriginal design is a hallmark of Darwinian processes. Krueger explains in this illuminating discussion. Source