ID the Future Intelligent Design, Evolution, and Science Podcast
Topic

emergence

WCOSF-2022-JZ0A3334-Emily-Reeves_
Emily Reeves

Emily Reeves: The Systems Biology Revolution

On today’s ID the Future, biochemist and metabolic nutritionist Emily Reeves tells the story of the systems biology revolution, why it is intelligent-design friendly, and why it is overturning Darwinian reductionism. This presentation was taped at the 2022 Westminster Conference on Science and Faith in the greater Philadelphia area, which was jointly sponsored by Discovery Institute’s Center for Science and Culture and Westminster Theological Seminary.

nanotech
Molecule 3D illustration. Laboratory, molecules, crystal lattice. Nanotech research. Decoding genome. Virtual modeling of chemical processes. Hi-tech in medicine

Physicist Brian Miller Talks Nanotech, Origin of Life, and Area 51

On today’s ID the Future physicist Brian Miller and host Eric Anderson continue their exploration of a recent conversation between origin-of-life investigators Jeremy England and Paul Davies on Justin Brierley’s Unbelievable? radio show. Miller begins with a quick flyover of the many nanotechnologies essential to even to the simplest viable cell. A minimally complex cell is vastly more sophisticated than our best human nanotechnology. What about England’s insistence that real progress has been made in origin-of-life studies since the 1950s? True, Anderson says, but the progress has been principally in better understanding how the simplest cells function, and in figuring out what doesn’t work to blindly evolve life from non-life. That is, the direction of discovery has been to throw Read More ›

engineer technical drawing

The Origin of Life was the Origin of an Engineering Marvel

On today’s ID the Future, physicist Brian Miller touches on various challenges facing the origin of the first life. He and host Eric Anderson discuss Jeremy England’s origin-of-life ideas and the RNA World Hypothesis, and offer multiple reasons why they are convinced that various proposed mindless processes do not explain the origin of the first self-reproducing cell. Miller urges another approach, one that draws on engineering principles and embraces the evidence in even the simplest cell of highly intelligent engineering.