On this episode of ID the Future, biologist and professor Robert Waltzer talks with host Andrew McDiarmid about Waltzer’s chapter in the new Discovery Institute Press volume Evolution and Intelligent Design in a Nutshell. Waltzer’s chapter covers some key terms in the evolution/ID conversation that are often misunderstood or misused. These include the word “evolution” itself, “change over time,” “common descent,” and “natural selection.” He offers quick definitions and explains some of the confusion surrounding them. Waltzer also describes an encouraging success story of his about fostering open dialogue and exploration of the evidence for design in nature.
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, Andrew McDiarmid reads a popular essay by philosopher of science Stephen Meyer on the detectability of intelligent design in nature. The article recently appeared in Sapientia, and here at Evolution News. In the piece, Meyer explains the logic by which we routinely know there’s been a creative intelligence at work. Meyer unpacks this logic in terms of information, which we can see clearly in the cell, but elsewhere in nature, too. He also shows how this detection method is an established part of the historical sciences.Read More ›