American public education has lost sight of its purpose. Too often, progressive political agendas take time away from teaching core academic learning to children. A glaring example is the anti-ICE agenda that has infiltrated classrooms, where students are encouraged — and even instructed — during learning time to make signs and stand on street corners to protest during the school day.
On a classic episode of ID the Future out of the vault, host and evolutionary biologist Jonathan McLatchie sits down with software R&D engineer Jonathan Bartlett to discuss Bartlett’s work on the question of when genetic mutations are random versus directed. Bartlett explains that the issue isn’t an all-or-nothing affair. Often a given biological system dramatically limits the search space of possible mutations in useful ways, and then within that much more limited set of possible mutations, random processes are at play. He gives the example of antibody mutations. He argues that many biological systems show considerable evidence of having been beneficially designed for directed mutations. Why, then, are many mutations deleterious? He also has an answer for that. Tune in to learn …
How did the giraffe get its long neck? It sounds like the beginning of a children’s bedtime story, and it certainly has been that. But it’s also a matter of serious scientific debate, and the debate continues today. On this installment of ID The Future, host Andrew McDiarmid concludes his two-part discussion correcting claims of giraffe evolution with retired geneticist Dr. Wolf-Ekkehard Lönnig. In Part 2, Dr. Lönnig challenges the prevailing narrative that the fossil Samotherium major serves as a transitional “missing link” in giraffe evolution. Lönnig argues that this evolutionary interpretation is contradicted by the facts. Instead, he identifies Samotherium as a “mosaic form,” an organism possessing a combination of fully developed and basic traits …
We’ve all admired the long, majestic neck of the giraffe, and the question remains: how did the giraffe get its long neck? Is it a product of an evolutionary process? Or was a process of foresight and purpose involved? Helping us unpack this today is retired geneticist Dr. Wolf-Ekkehard Lönnig, who challenges the traditional narrative of giraffe evolution, noting a sharp disconnect between Darwinian predictions and the actual fossil record. While neo-Darwinism, by default, expects a gradual, step-by-step progression of slight variations leading to the modern giraffe, the geological evidence tells a different story. The Problem of Stasis In Part 1, Dr. Lönnig highlights the discrepancies in the fossil record that cause the traditional Darwinian narrative to unravel. Lönnig …
Cornerstone University will host Discovery Institute Vice President and Senior Fellow Dr. John West for a Community Chapel on Wednesday, March 4 at 10 a.m. to speak on the premise of his forthcoming book, Endowed by Our Creator: The Bible, Science, and the Battle for America’s Soul. A book signing will follow in the chapel lobby. The event is free and registration is not required. To learn more, visit the Cornerstone University event page. A message from the organizers: Cornerstone University invites you to join us for an inspiring Community Chapel on March 4 at 10 a.m. featuring Dr. John G. West, vice president and a senior fellow at the Discovery Institute. Join us at 10 a.m. in Christ Chapel as Dr. West presents a message drawn from his newest book, …
The CSC Seminar on Intelligent Design in the Natural Sciences will prepare participants to make research contributions advancing the growing science of intelligent design (ID). The seminar will explore cutting-edge ID work in fields such as molecular biology, biochemistry, embryology, developmental biology, paleontology, computational biology, ID-theoretic mathematics, cosmology, physics, and the history and philosophy of science. The seminar will include presentations on the application of intelligent design to laboratory research as well as frank treatment of the academic realities that ID researchers confront in graduate school and beyond, and strategies for dealing with them. Although the primary focus of the seminar is science, there also will be discussion on worldview …
The C.S. Lewis Fellows Program on Science and Society will explore the growing impact of science on politics, economics, social policy, bioethics, theology, and the arts during the past century. The program is named after celebrated British writer C.S. Lewis, a perceptive critic of both scientism and technocracy in books such as The Abolition of Man and That Hideous Strength. Topics to be addressed include the history of science, the relationship between faith and science, the rise of scientific materialism, the debate over Darwinian theory and intelligent design, evolutionary conceptions of ethics, science and economics, science and criminal justice, stem cell research and abortion, eugenics, family life and sexuality, ecology and animal rights, climate …