

Do We Need New Laws of Physics to Explain the Origins of Life? Brian Keating & Lee Cronin
Aug 30, 2024
Lee Cronin, a chemist and the Regius Chair of Chemistry at the University of Glasgow, dives into fascinating discussions surrounding the origins of life and synthetic biology. He explores the complexities in defining 'life' and challenges traditional notions of entropy. The conversation touches on assembly theory as a key to understanding life's beginnings and hints at humanity's quest for extraterrestrial life through the Drake Equation. With humor and depth, Cronin calls for new laws of physics to better grasp these intricate questions.
Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13
Intro
00:00 • 4min
Exploring the Origins of Life
03:52 • 27min
Exploring the Multifaceted Origins of Life
30:26 • 4min
Understanding Entropy: Physics and Beyond
34:37 • 5min
Exploring Entropy and Time: A Chemical Perspective
39:12 • 4min
Intelligent Design and the Cosmos
43:37 • 13min
Exploring Extraterrestrial Life: The Drake Equation and Beyond
57:06 • 22min
Exploring Assembly Theory and the Origins of Life
01:19:26 • 18min
Unpacking Assembly Theory
01:37:01 • 7min
Exploring Science and Accountability
01:44:26 • 21min
Exploring the Nature of Time and Collaborations in Physics
02:05:53 • 5min
Exploring Time: Nature, Meaning, and Audience Engagement
02:11:09 • 3min
The Intersection of Science and Belief
02:14:02 • 24min