One of the most exciting areas of space research is the search for Earth-like planets around other stars. Since the first discovery some 30 years ago, thousands of exoplanets have been identified and catalogued, but the vast majority bear little resemblance to Earth and would not be conducive to even simple life, much less large organisms such as ourselves. However, during the same 30 years, planet-hunting technology has also vastly improved. Where do things stand today, and what can we expect over the next decade as the hunt continues?

On this classic episode of ID the Future out of the vault, host and amateur astronomer Eric Anderson begins a two-part conversation with Bijan Nemati, professional astronomer and expert on exoplanet search technology, to review the history of exoplanet research and upcoming NASA missions.

This is Part 1 of a two-part conversation.

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.

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.

ID The Future listeners now get to enjoy two episodes each month from our sister podcast Mind Matters News, a production of the Discovery Institute’s Walter Bradley Center for Natural and Artificial Intelligence. The Mind Matters News podcast brings you insight from computer scientists, engineers, inventors, neurosurgeons, and other experts who bring sanity to the conversation about natural and artificial intelligence, going beyond the hype to explore the undercurrents of these important ideas. And although the Mind Matters News podcast will not often explicitly discuss intelligent design, it regularly explores the nature of intelligence, the origin of information, and the things that make us uniquely human, all concepts that are central to the theory of intelligent design. Enjoy today’s offering of Mind Matters News!

In this installment of the Mind Matters News podcast, host Robert J. Marks welcomes economics professor and author Gary Smith to discuss the hype around artificial general intelligence (AGI) and AI's impact on the market. Smith is the Fletcher Jones Professor of Economics at Ponoma College and a frequent contributor to Mind Matters News. Smith argues that generative AI, embodied in services like ChatGPT and Google’s Gemini, exhibits many characteristics of past market bubbles, including excessive hype, lack of profitability, and unrealistic expectations. Smith holds that generative AI models have limited practical economic value. They may be good at finding statistical patterns but struggle to distinguish meaningful, useful correlations from coincidental ones. Smith describes the fundamental challenge of teaching machines true understanding that goes beyond mere pattern recognition. A number of examples and stories are shared throughout.

The new documentary film The Story of Everything is no longer available in movie theaters, but there are now new ways to stream and share this intriguing documentary! Host Andrew McDiarmid recently caught up with our friend and colleague Dr. Stephen Meyer to ask him a few questions about how The Story of Everything has been received and the exciting new ways people can enjoy the film.

New fossil discoveries from China are being hailed as evidence that could reshape our understanding of the origin of complex animal life. Does the new find solve the mystery of the Cambrian explosion? Are the headlines about these fossils justified? Are these in fact the long-lost ancestors of the Cambrian animals we’ve been looking for? On this ID The Future, host Andrew McDiarmid welcomes Dr. Casey Luskin to the show to to examine the evidence, ambiguity, and ongoing controversy surrounding newly reported Ediacaran bilaterian fossils.

On this classic ID The Future out of the vault, host Andrew McDiarmid welcomes comedian and author Evan Sayet to the podcast to discuss the failure of the atheist origin myth, his journey from liberalism to conservatism, and the role of humor in the scientific debate. His latest book, Magic Soup, Typing Monkeys, and Horny Aliens From Outer Space, takes a cuttingly humorous approach to dismantling the origin myths promoted by atheists to explain away the evidence for design in life and the universe. Philosopher of science Dr. Stephen Meyer calls Sayet's book “a rambunctious romp...With his trademark humor, Sayet exposes the absurdities of the materialist superstition of our age.”

Today on ID The Future, host Andrew McDiarmid concludes his conversation with Dr. Robert Waltzer about the amazing molecular machinery and systems that allow muscles to generate force and movement.

How do microscopic structures help us move large objects in real time? In Part 2, Dr. Waltzer explores the remarkable molecular engineering required for nanometer-scale molecules to move massive bodies. He explains that muscle function actually involves constant microscopic damage as tiny proteins are strained far beyond their physical capacities. To prevent total failure, Waltzer says muscles operate like a plane being fixed while it's flying, utilizing specialized detection and signaling systems to replace large proteins at an astonishing rate: sometimes as frequently as every 25 seconds!

Waltzer unpacks key structures in muscle, including the intricate Z-disk that functions like a biological shock absorber or mattress box spring. Waltzer argues that the extreme order and nested irreducible complexity found in these systems defy unguided evolutionary explanations. Instead, the sophistication, coordination, and complexity of muscle function points to intelligent design as a more adequate explanation.

This is Part 2 of a two-part conversation.

Every movement you make—walking across a room, lifting a cup of coffee, even blinking your eyes—depends on trillions of microscopic molecular machines working in remarkable coordination. On this ID The Future, host Andrew McDiarmid begins exploring the hidden machinery of muscle with Dr. Robert Waltzer, professor of biology at Belhaven University and longtime researcher and lecturer on intelligent design. First, Dr. Waltzer takes us to right to the microscopic heart of muscle. Then he explains how muscle solves the formidable engineering challenge of repairing and replacing damaged muscle components in real time. This is Part 1 of a two-part conversation.

Evolutionary biologist Richard Lenski hopes to demonstrate Darwinian evolution in action. But one humble scientist from Northern Idaho says not so fast! On this classic episode of ID The Future from the archive, host Eric Anderson concludes a conversation with microbiologist Dr. Scott Minnich.

In Part 2, Dr. Minnich critiques Lenski's famous Long Term Evolutionary Experiments. Through experiments of his own, Minnich has shown how the practical results of Lenski's project on E. coli are easily repeatable under different conditions, and how some key changes to E. coli are even reversible, both of which speak more to an organism's pre-existing capabilities than to a Darwinian explanation. "Overall, [Lenski's] E. coli haven't generated anything new," observes Minnich. "They're getting rid of stuff they don't need...they have hyper mutational rates...but in the long run, that's not an advantage, because you're just going to acquire too many mutations, and that's the road to extinction."