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

DNA code

3840X2160

Beyond DNA: Evidence for Intelligent Design at the Frontier of Biology

A second revolution is underway in biology today. DNA isn’t the whole story for the development of living things. The deeper scientists look into the cell, the more they find layers of coding, regulation, communication, and control. Where did all this additional information come from? On today's ID The Future, host Andrew McDiarmid continues his conversation with Dr. Tom Woodward, co-author with Dr. James Gills of a new book called Epigenetics and the Architect: Evidence of Design at the Frontier of Biology. This is Part 2 of a two-part conversation. Read More ›
couple-of-dancers-approach-each-other-and-begin-to-dance-arg-507529318-stockpack-adobestock
Couple of dancers approach each other and begin to dance Argentine tango. Elements of latin ballroom dance in studio with orange brown background. Dark silhouettes. Slow motion ready, 4K at 59.94fps.
Image Credit: kinomaster - Adobe Stock

DNA’s Partner in the Dance of Life

Many of us have heard about one of the biggest discoveries in modern biology: the discovery of the information code embedded in DNA. But perhaps an even bigger discovery than that would be that DNA isn’t running the show by itself. A second revolution is underway centered around a hidden layer of information beyond DNA that helps direct the development of every living thing. On this episode of ID The Future, host Andrew McDiarmid welcomes Dr. Tom Woodward to the show to discuss his new book, co-authored with Dr. James Gills: Epigenetics and the Architect: Evidence of Design at the Frontier of Biology. This is Part 1 of a two-part conversation. Read More ›
15

Composing the Cosmos: Scoring The Story of Everything

One thing that makes the new documentary film The Story of Everything so stunning is the inspired musical score written for it. On this ID The Future, host Andrew McDiarmid welcomes composer, producer, and arranger Hannah Parrott to discuss her experiencing of putting the cosmos to music, from the farthest galaxies to the inner recesses of the cell. The movie, showing in theaters for one week only (April 30 - May 6, 2026) is a cinematic exploration of the cosmos that unpacks three scientific discoveries of the last century that reveal mind and purpose behind the universe. In this conversation, Hannah explains why she loves the medium of film music and gives us a glimpse into her process of creating music for The Story of Everything. She says music can bypass analytical thinking to reach a viewer's emotional core. She also values that the music she writes is able to work together with the visuals to create a lasting impression: "And it's just this overload of experiencing the story on every visceral level you can," Hannah notes. "And I think music is a huge part of that and works in tandem as this choir of voices telling the same story." Read More ›
SOE-Poster-Landscape-Crop

Eric Esau on Directing The Story of Everything

NASA’s recent Artemis II mission pushed the limits of human possibility with a record-breaking crewed trip to the moon. Movies like Project Hail Mary and Disclosure Day are exploring the intriguing idea of extraterrestrial life. The U.S. government promises to release a trove of UFO data in the near future. It’s a great time to be asking the big questions about the universe! On this ID The Future, host Andrew McDiarmid welcomes Eric Esau to the show to discuss his latest film, The Story of Everything, a cinematic exploration of the scientific evidence for a mind behind the universe. The film brings the arguments of Dr. Stephen Meyer’s book Return of the God Hypothesis to life through stunning footage and Read More ›

Bacterial-Flagellar-Motor-Open

Applying Information Conservation to Biological Origins

Nothing's free in life. It's a sobering reality we all come to realize in life. And this cold, hard truth also applies to the realm of biology. On today's ID The Future, host Andrew McDiarmid continues his four-part discussion with mathematician and philosopher Dr. William Dembski. The topic is Dembski's work on the law of conservation of information, a principle asserting that information within a search process is redistributed from pre-existing sources rather than materializing from nothing. In addition to being used in computer science and physics, the law can also be applied to theories of biological origins to evaluate which theory best comports with the reality that all information comes with a cost, and that cost must be adequately explained. This is Part 3 of a four-part conversation. Read More ›
Platos-Revenge-landscape-no-text

Plato’s Revenge: An Interview with David Klinghoffer

You're likely familiar with the genetic revolution — the discovery that physical structures in the cell, including DNA and RNA, shape every organism. But we are now overdue for another and more profound revolution in science, one you've likely heard very little about. Recent findings reveal that genetic and even epigenetic sources alone cannot account for the rich dynamism of life — not even close. Some other informational source is required. On this ID The Future, science writer and Discovery Institute Senior Fellow David Klinghoffer speaks with host Andrew McDiarmid about his new book Plato's Revenge: The New Science of the Immaterial Genome. It's a little book about a very big idea. It also tells the story of the scientist, Dr. Richard Sternberg, who has spent the last two decades bringing together cutting-edge molecular biology, higher mathematics, and commonsense reasoning to flesh out this potentially revolutionary new idea. Read More ›
abstract technology science concept DNA binary on hi tech blue background
abstract technology science concept DNA binary on hi tech blue background, By Tex vector. Licensed via Adobe Stock.

Unpacking Intelligent Design: A Beginner’s Guide with Casey Luskin

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. Read More ›
study-of-quantum-energy-physics-model-of-molecules-and-nucle-315931249-stockpack-adobe_stock
Study of quantum energy physics model of molecules and nuclear energy 3d rendering
Image Credit: catalin - Adobe Stock

Stephen Meyer: Can There Be a Theory of Everything?

On today’s ID The Future, philosopher of science Dr. Stephen Meyer continues his conversation with Praxis Circle’s Doug Monroe. In this section of a multi-part interview, Dr. Meyer discusses two of the crucial arguments of his latest book Return of the God Hypothesis: the information embedded in DNA code that demands an explanation, and the fine-tuning of the physical properties of the universe and what’s wrong with recent attempts to explain that fine-tuning by resorting to a theory of multiple universes. Dr. Meyer also addresses the question: can there be a theory of everything? Dig Deeper

IDTF 1983 Douglas Ell The God Proofs Interview YT Thumbnail

The God Proofs: An Interview with Author Douglas Ell

In The God Proofs, two friends embark on an epic journey to tackle the ultimate mystery: does God exist? On this ID The Future, host Andrew McDiarmid speaks to author Douglas Ell about his new graphic novel. Ell tells about his own journey from theism to atheism and what convinced him to return to belief in God. He describes how his experience as a successful attorney prepared him to argue the case for God in his books. He also unpacks the three lines of evidence featured in The God Proofs: the numbers proof, the common sense proof, and the logic proof. Whether you’re new to the arguments for intelligent design or have been studying them for years, The God Proofs Read More ›

abstract-human-body-with-molecules-dna-medicine-science-and-technology-concept-illustration-stockpack-adobe-stock
Abstract human body with molecules DNA. Medicine, science and technology concept. Illustration.
Image Credit: berCheck - Adobe Stock

Michael Behe on the Origin of Biological Information

Just what is information? Why is so much of it needed for life? And where did it all come from? On this ID The Future, we're pleased to rebroadcast in audio form the latest episode in biochemist Michael Behe's Secrets of the Cell series on the mystery of biological information. In this episode, Behe starts by explaining just what information actually is. From the decision to flip a switch to the thousands of decisions needed to build complex structures, information is everywhere in our world, and it also runs the show in the hidden inner world of cells. Behe describes how cells manage information to build tissues, organs, and systems. He also explains that each cell is part of a massive collaboration of trillions of cells, where the right information at the right time flows through us in the form of chemical and electrical signals, activating different energy modes and keeping our entire body functioning efficiently. To conclude, Behe invites us to join him for a sobering thought experiment: attempting to build an instruction manual for a human femur bone. Sounds simple enough in theory. It's just a bone, after all! But Behe reminds us of the many layers of complexity inherent in making even a single bone part of a larger, dynamic, and coordinated living system. Complex machines and working structures, says Behe, are possible only through specific code that determines form and function. And our uniform and repeated experience affirms that specified or functional information always arises from an intelligent source, not a strictly material process. Read More ›