Discovery Institute

On a classic episode of ID the Future from the vault, host Dr. John West continues his conversation with Dr. Bill Dembski as they discuss Dr. Dembski's 2014 book Being as Communion: A Metaphysics of Information. Listen in as Dr. Dembski explains 3 central points at the heart of his book: the Tang problem, the problem of no, and transposition. Tang?! What does a breakfast drink have to do with information theory? Tune in to find out!

It's one of the rock stars of intelligent design. ID theorists make a fuss over it and rightly so. But even non-ID scientists admit to getting an "awe-inspiring feeling" from the "divine beauty" of the humble bacterial flagellar motor. And why not? It's a marvel of engineering that originated long before human engineering existed. On this ID The Future, host Andrew McDiarmid asks Dr. Jonathan McLatchie to remind us why this tiny nano-machine is such a big deal.

What do you get when you combine the fundamentals of chemistry with intelligent design concepts, taught by an experienced, enthusiastic instructor in an innovative online learning environment? You get Discovery Institute Academy's High School Chemistry, a two-semester, virtual, synchronous, and lab-based course which integrates the fundamentals of chemistry with intelligent design concepts topics where applicable. On this ID The Future, host Andrew McDiarmid catches up with course instructor Kristen Marais to discuss the successes of the first year and what makes the class unique.

If information, not matter, is the basic stuff of reality, how would this change the way we look at the world? On a classic episode of ID the Future from the vault, Center for Science and Culture Managing Director John West sits down with mathematician and philosopher Dr. Bill Dembski to discuss his 2014 book Being as Communion: A Metaphysics of Information. Building on his previous books making a case for intelligent design, Being as Communion presents a metaphysical framework for an informational world that can accommodate intelligent design. In Part 1, Dembski defines information and explains why it's more important than matter.

On this ID The Future, we're pleased to bring you a longer-form conversation between philosopher of science Dr. Stephen Meyer and Rice University chemist and professor Dr. James Tour about Sir Isaac Newton and his influence on modern science. Dr. Meyer explains why the scientific revolution occurred when and where it did. He also describes Newton's singular contributions to science and his lasting legacy. This interview originally aired on The Science and Faith Podcast. We are grateful to Dr. Tour for permission to share it.

While the West reeled from America's stock market crash of 1929, another crisis was brewing in the field of cosmology. One of the most ambitious scientific theories in history--that the universe had a beginning--was beginning to take shape, ushering in a new cosmological paradigm. But the real heroes of the Big Bang revolution have been largely forgotten. A new book from Discovery Institute Press amends the record and tells the remarkable story. On this ID The Future, host Andrew McDiarmid reads an excerpt from The Big Bang Revolutionaries, by distinguished astrophysicist Jean-Pierre Luminet.

On this ID the Future from the archive, Baylor University computer engineering professor Robert J. Marks hosts Ola Hössjer of Stockholm University and Daniel Díaz of the University of Miami to discuss a recent research paper the three contributed to the Journal of Cosmology and Astroparticle Physics, “Is Cosmological Tuning Fine or Coarse?" Although it's no easy question to answer rigorously, the paper sheds new light on just how finely tuned our universe--and our existence--actually is. In this conversation, Marks, Hössjer, and Díaz unpack the long answer.