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On this episode of ID the Future from the vault, we listen in on a few minutes from a lecture given by Australian biochemist Michael Denton, author of the brand new book The Miracle of the Cell. In this segment, Denton explains the “remarkable set of coincidences” that makes the creation of oxygen through photosynthesis possible. From the specific energy of visible light to the unique properties of water, this degree of fine tuning for life shouts intelligent design. For more on how the cosmos is designed for life, watch Discovery Institute’s documentary Priviledged Species, featuring Michael Denton.

On this episode of ID the Future from the vault, Rob Crowther continues his conversation with J. Scott Turner, biologist at the State University of New York (SUNY), visiting scholar at Cambridge University, and author of the new book Purpose and Desire: What Makes Something “Alive” and Why Modern Darwinism Has Failed to Explain It. Turner critiques evolutionary biology’s bias toward mechanistic and gene-centric thinking, and contemporary biology’s failure to come to grips with the evidence of purpose and intentionality at many levels of biology. Viewing the brain as a computer, for example, obscures many things about the brain and the mind that exceed computers, both quantitatively and qualitatively.

Scott Turner is a biologist and physiologist, a professor at State University of New York College of Environmental Sciences and Forestry and visiting professor at Cambridge. In this episode from the vault, Rob Crowther interviews him about his book Purpose and Desire: What Makes Something Alive and Why Modern Darwinism Has Failed To Explain It. Turner argues that modern Darwinism has reached a scientific dead end, unable to tell us what life is, treats many of its features — including purpose and desire — virtually as illusions. There’s a better way to view life, says Turner.

On this episode of ID the Future, Rice University synthetic organic chemist and inventor James M. Tour continues his conversation with Stephen C. Meyer, director of the Center for Science and Culture. In this third of three episodes featuring the two researchers, Tour draws from questions sent in by listeners of his own podcast. These include questions about the multiverse, quantum cosmology, the possibility — and theological implications — of life on other planets, the Big Bang, and what intelligent design thinking has to say about viruses and bacteria. The episode is excerpted from an extended interview from Tour’s excellent new video series The Science & Faith Podcast: Follow the Evidence. There you will find the full Meyer interview in video form as well Read More ›

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, Read More ›

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, Read More ›