On this episode of ID the Future, Dr. Brian Mattson of Dead Reckoning discusses intelligent design with Casey Luskin. Luskin answers the question, “Is intelligent design really science?” by analyzing the design argument for proteins, taking listeners through the observation, hypothesis, experiment and conclusion steps of the scientific method.
Read More ›On this episode of ID the Future, Casey Luskin talks with Eric Anderson, who has been involved in the intelligent design debate for over a decade. Anderson’s primary focus is on analyzing the logical and rhetorical bases of arguments to help people understand strengths, weaknesses, and underlying assumptions of arguments made in the id & evolution debate.
Read More ›On this episode of ID the Future, Casey Luskin concludes his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses a bonus eleventh problem: that humans display many behavioral and cognitive ability that offer no apparent survival advantage.
Read More ›On this episode of ID the Future, Casey Luskin continues his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses the tenth problem: how neo-Darwinism has a long history of inaccurate predictions about vestigial organs and “junk DNA.”
On this episode of ID the Future, Casey Luskin continues his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses the ninth problem: how neo-Darwinism struggles to explain the biogeographical distribution of many species.
On this episode of ID the Future, Casey Luskin continues his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses the eight problem: differences between vertebrate embryos and how they contradict the predictions of common ancestry.
Read More ›On this episode of ID the Future, Casey Luskin continues his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses the seventh problem: how convergent evolution challenges Darwinism and destroys the logic behind common ancestry.
On this episode of ID the Future, Casey Luskin continues his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses the sixth problem: how molecular biology has failed to yield a grand “Tree of Life.”
On this episode of ID the Future, Casey Luskin continues his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses the fifth problem: how abrupt appearance of species in the fossil record does not support Darwinian evolution.
Read More ›On this episode of ID the Future, Casey Luskin continues his series discussing the top 10 problems with biological and chemical evolution. This series is based upon Casey Luskin’s chapter in the volume More than Myth, edited by Paul Brown and Robert Stackpole (Chartwell Press, 2014). In this segment, Casey discusses the fourth problem: that natural selection struggles to fix advantageous traits in populations.
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