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

Brian Miller

Big Bang

Physicist Brian Miller Answers the Big Bang Evaders

On this ID the Future, physicist Brian Miller looks at various attempts to evade the mounting evidence that the universe had a beginning, a Big Bang. Miller and host Casey Luskin first review the fascinating history of how the eternal universe model of the nineteenth century gave way to the Big Bang model. Then Miller walks through about a half a dozen attempts to evade a cosmic beginning after the Big Bang model had won the day. These evasions include the steady state model, the idea of an eternal cyclical universe, and the string landscape model. According to this model, our universe exists in a multi-dimensional brane (not “brain”) which exists in a higher dimensional space, and our multi-dimensional brane can collide with other branes, with each collision creating a Big Bang moment, a process said to have been going on for all eternity. Miller then explains why each of these attempts to evade a true cosmic beginning fail, and he says that if matter, energy, and space came into existence at the moment of the Big Bang, then it follows that the cause of this cosmic beginning is something immaterial. And since the cosmic beginning was finely tuned in many astonishing ways, Miller says, the cause of the Big Bang has left the signature of intelligent design. The cause, then, is an intelligent, immaterial being and one, obviously, of unimaginable power. Miller and Luskin then touch on a final attempt to evade these implications, the idea that the universe could have popped into existence from nothing—no God, no anything. But as Miller shows, the proposals along these lines, offered by such physicists as Lawrence Krauss and Stephen Hawking, do not actually start from nothing. There is always a something at the ground state, a something whose origin is left unexplained. The occasion for the conversation is Miller’s essay in the recent Harvest House anthology, The Comprehensive Guide to Science and Faith: Exploring the Ultimate Questions About Life and the Cosmos.

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Emily Reeves Previews Dallas Science/Faith Conference 2022

On this ID the Future, host Andrew McDiarmid sits down with Emily Reeves, one of the speakers for the January 22, 2022, Dallas Science and Faith Conference. The two walk through the lineup of speakers for the conference (Stephen Meyer, Brian Miller, Casey Luskin, Ray Bohlin, and others), tease some of the talks, and discuss how to join the one-day event live, either in person in the Dallas area or online. For more about the conference, slated for this Saturday, and to sign up, go here.

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Engineers Crash the Evolution Party, Rethink Biological Variation

On today’s ID the Future, physicist and engineer Brian Miller sits down with host Casey Luskin to survey exciting developments in intelligent design research that are driven by an engineering model for understanding and studying variations in species. ID researchers are pushing this work, but so too are systems biology researchers outside the intelligent design community. Tune in to hear Miller and Luskin discuss everything from fruit flies, finch beaks, and stickleback fish to mutational hotspots, phenotypic plasticity, and the gravity well model of biological adaptation.

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Summer sky background on sunset

Dissecting an Unbelievable Conversation about Abiogenesis

On today’s ID the Future physicist Brian Miller and host Eric Anderson explore a recent conversation between physicists Jeremy England and Paul Davies on Justin Brierley’s Unbelievable? radio show. Davies admitted he doesn’t want the origin of life to require divine design, while England argued that his work on non-equilibrium systems offers a promising avenue for explaining the origin of the first life in naturalistic terms. Miller and Anderson demur on both counts. They hold out hope that Davies, having recognized his philosophical bias, will eventually decide to follow the evidence wherever it leads, even if doing so has theistic implications. And as for Jeremy England’s approach, Miller says it’s fascinating work but fails to solve the origin-of-life challenge in naturalistic terms, and for multiple reasons.

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Brian Miller Distills the YouTube Debate between Dave Farina and James Tour

On today’s ID the Future, host Eric Anderson and physicist Brian Miller, research director for Discovery Institute’s Center for Science and Culture, discuss a recent debate between YouTube science educator Dave Farina and Rice University synthetic organic chemist James Tour. Tour has argued that no one—not even the most elite of origin-of-life scientists–has a clue how life could have arisen through blind natural forces on the early earth. Farina created a YouTube response on his channel arguing that Tour is wrong and that origin-of-life researchers are well on their way to solving the mystery of life’s origin. Tour then responded in his own YouTube video series. Now Miller and Anderson boil it all down and argue that Tour is right and Farina wrong on multiple levels.

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Couple standing on the beach at sunset are having problems with each other

Brian Miller Talks Star-Crossed RNA Strands and the Origin of Life

On today’s ID the Future, physicist Brian Miller continues his conversation with host Eric Anderson. Here they explore more problems facing the idea that life began as strings of RNA. In their discussion of the RNA World Hypothesis and the origin of life generally, they touch on ideas advanced by Jeremy England, Jack Shostak, Nick Lane, Helen Hansma, and others. One of several big problems with the RNA-first hypothesis underscored by Miller and Anderson: For it to have even a slender chance of working, you need prebiotic Earth to generate not one but two information-rich RNA strands, and they somehow need to find each other before falling apart, and do so despite the fact that they aren’t looking for each other and the statistical odds of them bumping into each other at random are vanishingly small. What about approaching the origin of life from an intelligent design perspective? Miller explains why he’s convinced that the design perspective, far from stopping science, is actually much more fruitful than a blind-evolution approach.

A James Tour Course on Abiogenesis: Prologue

Today’s ID the Future features audio of the first in a series of YouTube videos by Dr. James Tour on the origin-of-life problem. Here Tour, a renowned synthetic organic chemist and professor at Rice University, explains why he is addressing the origin-of-life issue, also known as abiogenesis, and touches on some common misconceptions about the field. He says the organizing impetus for the series is a YouTube video by Dave Farina, “Elucidating the Agenda of James Tour: A Defense of Abiogenesis.” As Farina’s title suggests, he begins his video with an ad hominem attack, seeking to discredit Tour by showing that Tour is a Christian. Tour briefly responds to this line of attack and then moves into matters scientific. There he touches on, among other issues, thermodynamics and the origin-of-life puzzle of low entropy and high energy.

Casey Luskin Returns, Teases a New Book, Celebrates ID 3.0

On today’s ID the Future, Rob Crowther continues his conversation with Casey Luskin, the intelligent design proponent who previously worked for Discovery Institute’s Center for Science and Culture and has now returned. As Luskin explains, he left to pursue a PhD in geology at the University of Johannesburg in South Africa. The two discuss the wild conspiracy theories circulated by opponents of intelligent design when Luskin stepped away from Discovery Institute five years ago. Luskin also tells about an upcoming book he’s been working on with William Dembski, another intelligent design proponent who stepped away from day-to-day ID work and is now putting a foot back in the ID waters. Also on tap in today’s conversation, Luskin and Dembski’s upcoming appearance at the 2021 Dallas Conference on Science and Faith, and advances in the ID 3.0 research initiative, including some recent peer-reviewed papers.

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Hybrid Biotechnology - Biomimicry - Abstract Illustration

James Tour and Stephen Meyer on the Origin of Life, Pt. 2

On this episode of ID the Future,  James M. Tour and Stephen C. Meyer begin a discussion about the hard problems facing researchers trying to discover how the first life could have come about naturalistically. Meyer is the director of the Center for Science and Culture; Tour is a world-renowned synthetic organic chemist with over 700 research publications and multiple major recognitions, including TheBestSchools.org naming him one of the 50 most influential scientists in the world today. Though he doesn’t sign on to ID theory, he says he’s sympathetic with the idea, and certainly not impressed with any naturalistic explanations for the origin of life. In this first of a three-part series, they explore problems ranging from the extreme improbabilities associated with protein assembly, to what precisely has gone missing in the nanosecond when a cell dies. The episode is excerpted from a longer interview Dr. Tour conducted with Meyer as part of his excellent new video series The Science & Faith Podcast: Follow the Evidence.

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Mussels in rock puddle

Walter Bradley on the New Mystery of Life’s Origin, Pt. 2

On this episode of ID the Future, Robert Marks continues his conversation with Walter Bradley, co-author (with Charles Thaxton and Roger Olsen) of the groundbreaking 1984 work The Mystery of Life’s Origin. A revised and expanded edition of the book has just been released with new contributions from James Tour, Guillermo Gonzalez, Stephen Meyer, and others, but today Bradley and Marks discuss the book’s first release, including the cultural context that made finding a non-religious publisher an uphill battle, and discussion of some of the endorsements and early reviews, including one drive-by and four positive responses from distinguished scientists Robert Jastrow, Dean Kenyon, Robert Shapiro, and Fritz Schaefer. Bradley and Marks also discuss some scholars who more recently have testified to how the book, and Bradley, dramatically influenced their intellectual careers.