ID the Future Intelligent Design, Evolution, and Science Podcast

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University of Tokyo

Origin-of-Life Mystery at the University of Tokyo, Pt. 2

Today’s ID the Future is Part 2 of physicist Brian Miller exploring a recent report from the University of Tokyo claiming a big breakthrough in origin-of-life research. As Miller and host Eric Anderson make clear, the university’s laboratory work on RNA, detailed in a recent Nature Communications article, involved the intelligent interference of the lab scientists and, despite this intelligent interference, the devolution of RNA rather than the evolution of increasing RNA sophistication. Miller says that it’s ironic that Steven Novella, a scientist committed to puncturing science hype, seems to have fallen for the hype surrounding this laboratory work. Miller and Anderson go on to discuss critiques of origin-of-life tall-tale claims, critiques coming Robert Shapiro, James Tour, and others. Life, Miller says, requires organizational blueprints and design logics already in place to battle against nature’s relentless tendency toward entropy. Without those sophisticated organizational blueprints already instantiated in living cells and sophisticated molecular machinery, natural forces appear utterly powerless to pull off the kind of creative design work required to move from non-life to life.

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Brian Miller Talks Star-Crossed RNA Strands and the Origin of Life

On today’s ID the Future, physicist Brian Miller continues his conversation with host Eric Anderson. Here they explore more problems facing the idea that life began as strings of RNA. In their discussion of the RNA World Hypothesis and the origin of life generally, they touch on ideas advanced by Jeremy England, Jack Shostak, Nick Lane, Helen Hansma, and others. One of several big problems with the RNA-first hypothesis underscored by Miller and Anderson: For it to have even a slender chance of working, you need prebiotic Earth to generate not one but two information-rich RNA strands, and they somehow need to find each other before falling apart, and do so despite the fact that they aren’t looking for each other and the statistical odds of them bumping into each other at random are vanishingly small. What about approaching the origin of life from an intelligent design perspective? Miller explains why he’s convinced that the design perspective, far from stopping science, is actually much more fruitful than a blind-evolution approach.