Today’s ID the Future concludes a three-part series featuring author Neil Thomas in a free-ranging conversation with radio show host Hank Hanegraaff. The focus is Thomas’s recent book, Taking Leave of Darwin: A Longtime Agnostic Discovers the Case for Design. Here Thomas and Hanegraaff discuss the logical positivists and what Thomas sees as their failure to consistently apply their evidential standards to Darwinism. Thomas also contrasts the cosmic nihilism of Richard Dawkins with the mounting evidence of fine tuning for life, and calls out what Thomas describes as the magical thinking at the heart of Darwinism. Hanegraaff and Thomas also explore how Darwin’s theory of evolution has roots in an ancient philosophical system that was long regarded as resting on such flimsy speculative foundations that it wasn’t taken seriously for long centuries. In Thomas’s opinion, that philosophical system shouldn’t have been taken seriously then, and still shouldn’t be. In the wrap up, Hanegraaff and Thomas provide a model of how two men with differing positions on Christianity can converse and even challenge each other while remaining cordial. Hanegraaff, an Orthodox Christian, urges Thomas, a longtime agnostic rationalist who has recently become open to theism, to take his journey into theism further by considering the historical claims specific to Christianity. Does Thomas bridle? Not all. Listen in to hear how the conversation plays out, and find Thomas’s book, which Hanegraaff highly recommends, here. This three-part series is posted here by permission of Hank Hanegraaff. For more Hank Hanegraaff, check out his podcast, Hank Unplugged.
On this episode of ID the Future, Kirk Durston, a biophysicist focused on identifying high-information-density parts of proteins, completes a three-part series on three categories of science: experimental, inferential, and fantasy science. Fantasy science makes inferential leaps so huge that virtually none of it is testable, either by the standards of experimental science or by those of the historical sciences, which reason to the best explanation by process of elimination. One example of fantasy science, according to Durston, is the multiverse. As he insists, an imaginative story largely untethered from evidence and testing but told using math instead of literary devices is still an imaginative story untethered from evidence and testing. Scientism, “atheism dressed up in a lab coat,” can lead to fantasy science of this kind because it commits itself to materialistic conclusions for philosophical reasons, not scientific ones.
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 from experimental science. Durston and host Andrew McDiarmid then move into a discussion of the reproducibility crisis in experimental science. As Durston explains, without a healthy scientific culture and the right incentives, experimental science can quickly fall into disrepair.