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Intelligent Design the Future

Physicist Eric Hedin: Information, Entropy, First Life

Intelligent Design the Future

Discovery Institute's Center for Science and Culture

Science, Philosophy, Astronomy, Society & Culture, Life Sciences

4993 Ratings

🗓️ 20 December 2024

⏱️ 16 minutes

🧾️ Download transcript

Summary

On today’s ID the Future out of the vault, Canceled Science author and physicist Eric Hedin concludes his conversation with host Eric Anderson about the challenge that the second law of thermodynamics poses for purely naturalistic scenarios of the origin of living organisms. The problem, Hedin argues, is generating the reams of exquisitely orchestrated biological information required for even the simplest self-reproducing cell. The fundamental principles of physics mitigate against chemical processes getting the job done. Hedin provides easy-to-grasp examples that illustrate his arguments. This is Part 2 of a two-part conversation. Source

Transcript

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0:00.0

ID the Future, a podcast about evolution and intelligent design.

0:12.0

Welcome to ID the Future. I'm Eric Anderson, and today I'm pleased to be joined again by Dr. Eric Hedin,

0:18.0

author of the new book, Canceled Science, What Some Atheists Don't Want You to

0:22.1

See. Dr. Hedin earned his PhD in experimental plasma physics and has taught physics in astronomy

0:28.1

in Indiana and in Southern California. His research has focused on computational nanoelectronics

0:34.2

and higher dimensional physics. Welcome back again, Eric. Thank you very much,

0:38.3

Eric. It's good to be here again. So last time we were talking a little bit about the information

0:43.0

problem as it relates to the origin of life. And we were talking about physicist Arthur Hobson

0:49.8

and the generalized second law of thermodynamics, which applies not just to heat and the kinds of things that we would typically think of in thermodynamics, but also to information content of a system.

1:01.1

And Hobson noted that the information content of a system subjected to natural processes can't increase over time, and in fact, it tends to decrease over time. And you

1:12.1

mention that this is a very critical point for origin of life because if we're going from

1:17.4

something like the proverbial primordial soup to a single-celled organism, that's a quantum, huge,

1:22.5

huge leap in information content, which this loss is really can't happen. So I'd like you now, Eric, to address

1:30.3

one of my pet peeves in this area, often when this topic is discussed and people who are

1:37.2

skeptical about the naturalistic abiogenesis story point to the degrading tendency of these

1:43.6

natural systems.

1:44.5

And that's true whether we're talking about the dissipation of energy under classical

1:47.8

thermodynamics or the loss of information under the more generalized principle that we've

1:51.9

been talking about.

1:53.0

When those observations are made, it's common to hear supporters of abiogenesis say something

1:57.9

like, oh yes, but the earth is an open system.

2:00.5

There's energy coming in from

...

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