Into the Impossible With Brian Keating

There's a New Law of Nature — And It Changes Everything We Know About Life

13 snips
Mar 23, 2026
Michael Wong, planetary scientist and astrobiologist at the Carnegie Institution, outlines the law of increasing functional information as a cross-disciplinary principle. He explains how functional information differs from Shannon entropy. They explore mineral evolution, biosignature detection, panspermia, cancer as an evolving system, and implications for AI, cosmology, and the Fermi paradox.
Ask episode
AI Snips
Chapters
Books
Transcript
Episode notes
INSIGHT

Functional Information Is Function-Specific Bits

  • Functional information measures how many configurations of a system achieve a specified function using -log2(successful configurations/total configurations).
  • Michael Wong illustrated with a coffee cup: only a minuscule fraction of atomic arrangements serve the function of holding liquid, so its functional information is very high.
INSIGHT

Three Selection Pressures Explain Evolutionary Direction

  • Three universal selection pressures drive evolving systems: static persistence, dynamic persistence, and novelty generation.
  • Wong tied examples to each: long-lived metastable crystals, open dissipative systems like convection or life, and innovations like sight or flight enabling new niches.
INSIGHT

Mineral Evolution Provides Empirical Evidence

  • Mineral evolution on Earth shows a measurable monotonic rise in functional information as planetary processes increased mineral diversity.
  • Wong used Bob Hazen's mineral database to compute minerals present over time and showed life later produced ~1/3 of today's mineral diversity via biomineralization.
Get the Snipd Podcast app to discover more snips from this episode
Get the app