On this episode of ID the Future, Eric Anderson speaks with biochemist Michael Denton about Denton’s new book The Miracle of the Cell, part of his continuing Privileged Species series exploring nature’s fine tuning for life. New research keeps unveiling ever more ways in which this fine tuning exists, from the cosmos to the atoms of the periodic table, even to the subatomic level of quantum tunneling. As for the cell itself, It is as if scientists are discovering a “third infinity,” says Denton.
On this episode of ID the Future, host Eric Anderson speaks again with medical engineer Rob Stadler, co-author with molecular biologist Change Laura Tan of the new book Stairway to Life: An Origin of Life Reality Check. Here in Part 2 of their conversation, Stadler says that following the Miller-Urey experiments in the mid-twentieth century, researchers were optimistic that a purely naturalistic explanation for the origin of the first life was just around the corner, but since then the field has run into one obstacle after another. The challenge to mindless origin-of-life scenarios is now far greater than it was 60-70 years ago. And yet many in the field still cling to the belief that life must have arisen by Read More ›
On this episode of ID the Future, guest host Eric Anderson speaks with medical engineer Rob Stadler, co-author with molecular biologist Change Laura Tan of the new book Stairway to Life: An Origin of Life Reality Check. Stadler explains that it’s a “reality check” because many of the “stairway steps” that have to be mounted for chemistry to become biology must, very inconveniently, happen all at once. DNA can’t survive without repair enzymes, for example, but those enzymes are able to exist because they’re coded in DNA. The reality check is needed, says Stadler, because the media eagerly touts every oversold “advance” in origin-of-life research, ignore the mounting difficulties for an unguided origin of life posed by various fresh discoveries, Read More ›
On this episode of ID the Future, we hear the third and final portion of a talk given at the 2020 Dallas Science and Faith conference. Daniel Reeves, education outreach coordinator at Discovery Institute, rounds out his extended explanation of intelligent design theory. Far from being “Gee whiz that’s complicated; it must be designed!,” the theory relies on well-defined concepts such as specified complexity and an explanatory filter that allows one to distinguish designed events from either chance, necessity, or a combination of the two. The key in the molecular biological realm: detecting functional information.
On this episode of ID the Future we hear the first part of Discovery Institute Education Outreach Associate Daniel Reeves’ talk at the 2020 Dallas Science and Faith Conference. Reeves outlines the meaning of natural selection, and traces its history, starting from Darwin’s early understanding, in the days when cells were viewed as just blobs of protoplasm. Reeves carries the story from there through the neo-Darwinian modern synthesis and into the extended evolutionary synthesis, culminating in a 2016 meeting of the Royal Society on the theory’s continuing — and still unresolved — explanatory deficits.
On this episode of ID the Future, guest host Jay Richards interviews science historian Michael Keas about the new Neil deGrasse Tyson Cosmos television series and its “very impressionistic storytelling.” Starting with an episode titled “Ladder to the Stars,” Cosmos: Possible Worlds weaves a tale of chemical evolution that, according to Keas, fails to engage the tough problems required to build the first self-reproducing biological entity. Keas says it then it moves into a glib explanation for the origin of mind and human intelligence. As Richards and Keas show, evidence takes a back seat to storytelling in both this latest version of Cosmos and in its predecessors.
On this episode of ID the Future, biophysicist and philosopher Kirk Durston continue his discussion of three types of science: (1) experimental science, (2) inferential science, and (3) fantasy science. In this second of three episodes, Durston recaps the three types but focuses on inferential science. He explains how it involves, in the historical sciences, abductive reasoning (inference to the best explanation), and he explains how such reasoning can be used as we consider the best explanation for the origin of biological information, and in such a way that it is rooted in observation.
On this episode of ID the Future, biophysicist and philosopher Kirk Durston discusses his recent article series about three types of science — (1) experimental science, which is generally very trustworthy, with some exceptions; (2) inferential science, which can be trustworthy but often takes huge leaps into the doubtable and dodgy; and (3) fantasy science, which is essentially science fiction masquerading as actual science. In this first of three episodes, Durston focuses on experimental science. Such science is, at its best, reproducible and verifiable. Durston says he has yet to find a true conflict between experimental, reproducible scientific observations and his religious faith. The contradictions he encountered were all between his faith and the inferences that some scientists were drawing Read More ›
On this episode of ID the Future, biologist Ann Gauger talks with host Andrew McDiarmid about new research challenging the common claim that the field of population genetics rules out a single-couple human origin. She and Stockholm University statistical mathematician Ola Hössjer have just published a paper in the journal BIO-Complexity modeling the scenario using a newly developed computer algorithm. The results, Gauger says, show that the genetic data does not rule out Adam and Eve.Read More ›
On this episode of ID the Future, Andrew McDiarmid shares biologist Ann Gauger’s recent article on emerging clues to life’s design, and how the “Darwinian Regime” tends to ignore them. One stubborn bit of biological evidence Gauger highlights is the fact that cells can’t make life-essential ATP, NAD, and other metabolic co-factors without having ATP, NAD, and the other co-factors there first. It’s a “daisy chain of causal circularity woven by what must be an intelligent designer,” Gauger comments. Or as she also puts it, “It’s chickens and eggs, all the way down.”