Today’s ID the Future again features Rice University synthetic organic chemist James Tour and intelligent design pioneer William Dembski. Here in Part 2 they discuss information theory, probability theory, the origin of life, evolution, the multiverse hypothesis, and Dembski’s contributions to the theory of intelligent design. Their conversation is borrowed, with permission, from Dr. Tour’s Science & Faith podcast.
Today’s ID the Future features Rice University synthetic organic chemist James Tour and intelligent design pioneer William Dembski discussing information theory, information as a meaningful reduction of possibilities, Shannon information versus specified information, and how natural selection has come to function as a God substitute for many scientists, despite the lack of evidence. The conversation is borrowed, with permission, from Dr. Tour’s Science & Faith podcast.
Today’s ID the Future concludes the conversation between Stephen Meyer, author of the newly released USA Today bestseller Return of the God Hypothesis, and UC-San Diego physicist Brian Keating. In part three they discuss divine extravagance and the question of why, if the universe was made for humans, did it take so long before humans came onto the scene? From there Meyer turns to the evidence for intelligent design from the digital information embedded in DNA and RNA. Is this book just another intelligent design argument, similar to his previous two books? Meyer says it is that, but it goes further, combining an intelligent design argument with evidence from science outside the scope of ID science in order to draw some inferences about the nature of 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.