Intelligent Design the Future

On this ID The Future, Wikipedia co-founder Larry Sanger joins hosts Andrew McDiarmid and Nathan Jacobson to delve into his personal evolution from longtime skeptical philosopher to belief in God. After falling out of faith in his teens, Sanger became a committed skeptic and agnostic, adhering to the principle of methodological skepticism for decades as he evaluated traditional arguments for the existence of God and found them wanting. And while Sanger was unconvinced by the claims of "new atheists" like Richard Dawkins and Daniel Dennett, he found himself drawn to the arguments of intelligent design scientists like Stephen Meyer, Michael Behe, and William Dembski. In this first half of a conversation, Sanger recounts his fascinating intellectual journey while unpacking the intelligent design arguments he found most convincing along his journey. This is Part 1 of a two-part interview. Look for Part 2 in a separate episode. Source

On this episode of ID the Future out of the archive, biologist Ann Gauger walks listeners through the triumphs, flaws, and tragedies of Louis Pasteur, the French scientist whose scientific breakthroughs have saved millions of lives, and whose work on microbes sounded the death knell of the idea of spontaneous generation. Dr. Gauger also discusses his pioneering and life-saving work on vaccines, the Christian faith that saw him through the death of his three of his children, and more. Source

Did our universe come from nothing, as some physicists have proposed? On this ID The Future, host Andrew McDiarmid critiques the audacious claim that our universe popped into existence out of nothing. What is nothing? What isn’t nothing? And how does the universe from nothing claim actually imply intelligent design? McDiarmid shares audio from the Science Uprising video series, as well a portion of an interview with Dr. Stephen Meyer, to help answer these questions. Source

In this fascinating discussion, physicist Brian Miller, who holds a PhD from Duke University, dives into the intricate challenges of origin of life research. He critiques the circular reasoning often found in evolutionary theories, particularly regarding amino acid recruitment into the genetic code. Miller highlights the importance of intelligent design as a more coherent explanation for life's origins, emphasizing the complexities of biological systems and the limitations of natural processes. His insights challenge prevailing narratives and urge a re-evaluation of the assumptions behind them.

In conversation with scholar Robert Shedinger, who specializes in the intersection of religion and science, listeners explore a provocative argument about Charles Darwin. Shedinger critiques the biography 'Darwin’s Sacred Cause,' claiming it's more historical fiction than fact, distorting Darwin's legacy by depicting him as a saintly abolitionist. He highlights the tensions between evolution and morality, scrutinizes modern narratives, and delves into the intricate origins of biological information, presenting intelligent design as a compelling alternative to standard evolutionary views.

On this episode, Dr. Casey Luskin concludes his conversation about the basics of intelligent design with Sam Kleckley, host of the Live Life in Motion podcast. You'll find this interview (including Part 1) particularly helpful if you are new to the science of intelligent design yourself, or you have friends or family who are open to learning more. In Part 2, Dr. Luskin begins by discussing the fossil record and the abrupt appearance of new life forms. He also tackles the often-debated question of the intelligent agent behind the design found in nature. Finally, in the realm of education, he addresses the controversy surrounding teaching evolution and intelligent design in schools. This is Part 2 of a two-part conversation. Source

How would you explain intelligent design to someone who has just recently begun looking into it? Perhaps you are new to it yourself, or you have a friend or family member who is curious. Today, Dr. Casey Luskin begins a two-part discussion of the basics of intelligent design with Sam Kleckley, host of the Live Life in Motion podcast. Part 1 presents a nice overview of where and when intelligent design began, how it developed, and why it is such a compelling idea for so many. Luskin also discusses some key lines of evidence for intelligent design, including the complexity of living things at the cellular level and the evidence for the fine-tuning of the universe. This is Part 1 of a two-part discussion. Source

Robert Shedinger, the Wilford A. Johnson Chair of Biblical Studies at Luther College, dives deep into the complexities of evolutionary theory and its intersection with religion. He contrasts Darwin's public and private views on natural selection, revealing gaps in evidence that challenge the traditional narrative. Shedinger also discusses historical critiques of Darwinism by notable scientists and explores Darwin's unfinished manuscript and its implications. His insights encourage a reevaluation of the philosophical themes in Darwin’s work.

On this ID The Future, we bring you excerpts from a recent gathering to celebrate the life of biologist Dr. Jonathan Wells, who passed away in September 2024 at the age of 82. Dr. Wells was one of the first fellows of the Discovery Institute’s Center for Science and Culture. In 2000, Wells took the science world by storm with Icons of Evolution, a book showing how biology textbooks routinely promote Darwinism using bogus evidence — icons of evolution like Ernst Haeckel’s faked embryo drawings and peppered moths glued to tree trunks. Dr. Wells's achievements in the field of biology are notable. In this episode you’ll get a glimpse into Dr. Wells’s life and character as well as his relentless search for scientific truth. This episode includes eulogies from Dr. John West, Dr. Paul Nelson, Dr. Richard Sternberg, and Dr. Casey Luskin. Learn more about Jonathan Wells at www.jonathanwells.org. Source

Traditional methods in biology have proven insufficient for understanding and accurately predicting complex biological systems. Why? The great majority of biologists are trained to study life from the bottom up, as the result of unguided evolutionary processes. It turns out there are better ways to observe, question, hypothesize, experiment, and analyze a complex system. On this ID The Future, host Andrew McDiarmid welcomes biochemist and metabolic nutritionist Dr. Emily Reeves to the podcast to discuss her co-authored paper on how biologists can apply principles from systems engineering to biology to better approach the study of complex living systems. Dr. Reeves explains how the new methodology works and how it can produce fruitful scientific research. Source