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

nanotechnology

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Robotic engineer automatic mechanic checking quality system of automation robot arms machine in factory. Service programming machinery welding robots in production at factory industry.
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How to Study Biology with Systems Engineering Principles

Traditional methods in biology have proven insufficient for understanding and accurately predicting complex biological systems. Why? The great majority of biologists are trained to study life from the bottom up, as the result of unguided evolutionary processes. It turns out there are better ways to observe, question, hypothesize, experiment, and analyze a complex system. On this ID The Future, host Andrew McDiarmid welcomes biochemist and metabolic nutritionist Dr. Emily Reeves to the podcast to discuss her co-authored paper on how biologists can apply principles from systems engineering to biology to better approach the study of complex living systems. Dr. Reeves explains how the new methodology works and how it can produce fruitful scientific research. Read More ›
Flagellar_Motor_Assembly (Creative Commons 4.0 License, made by user PKS615)
Image via Wikimedia Commons, made by user PKS615, Creative Commons 4.0 license.

The Bacterial Flagellum: A Marvel of Nanotechnology

It's one of the rock stars of intelligent design. ID theorists make a fuss over it and rightly so. But even non-ID scientists admit to getting an "awe-inspiring feeling" from the "divine beauty" of the humble bacterial flagellar motor. And why not? It's a marvel of engineering that originated long before human engineering existed. On this ID The Future, host Andrew McDiarmid asks Dr. Jonathan McLatchie to remind us why this tiny nano-machine is such a big deal. Read More ›
bad teacher
Angry teacher in retro style with pointer on blackboard
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How a Teacher Wrecked Biology for Me, and How I Got Past It

On today’s ID the Future, Tom Gilson, a writer and editor for The Stream, shares his experiences in high school biology. Important mysteries (i.e., major problems) with evolutionary theory were hurried past and papered over, and yet his biology teacher could take an entire class period to tell Charles Darwin’s life story, and then repeat the same class, virtually verbatim, five more times that same semester. Tune in to hear how the class put Tom Gilson off of biology, but how he now finds the subject fascinating, thanks to the work of intelligent design researchers and the larger community of life scientists. Gilson’s commentary is taken from, and builds on, a recent essay of his, available at Evolution News.

graphene
3d Illustration structure of the graphene or carbon surface, abstract nanotechnology hexagonal geometric form close-up, concept graphene atomic structure, concept graphene molecular structure.
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James Tour Talks Nanotech at Socrates in the City

Today’s ID the Future features the first part of a conversation between James Tour and Socrates in the City host Eric Metaxas on Tour’s astonishing work in nanotechnology and on the topic “How Did Life Come into Being?” Tour is the T. T. and W. F. Chao Professor of Chemistry, Professor of Computer Science, and Professor of Materials Science and Nanoengineering at Rice University. He is widely regarded as one of the world’s leading nano-scientists. This event took place at the River Oaks Country Club in Houston, Texas, and is presented here with permission of Eric Metaxas. Here in Part 1, Tour explains some of the inventions coming out of Tour’s Rice University lab, including molecular cars and astonishing graphene Read More ›

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