

294 | Addy Pross on Dynamics, Stability, and Life
57 snips Oct 28, 2024
Addy Pross, Professor Emeritus of Chemistry at Ben-Gurion University and author of "What Is Life? How Chemistry Becomes Biology," discusses dynamic kinetic stability as a key to understanding life's origins. He challenges traditional physics notions, emphasizing the importance of energy and adaptability in biological systems. Through fascinating analogies, he illustrates how living organisms maintain stability despite constant change. Pross also explores the intricate relationship between metabolism, replication, and the evolution of consciousness, prompting listeners to rethink life's complexity.
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Defining Life
- Defining life is challenging due to numerous varying definitions, none universally accepted.
- Addy Pross proposes life is a replicating chemical system in a dynamic kinetic state.
Life's Dynamic Stability
- Living beings defy typical physics notions of stability by being dynamic internally.
- They maintain stability through constant internal motion and renewal, unlike inanimate objects.
Kinetic Stability
- Traditional stability is viewed as low energy, but true stability is persistence over time.
- A water fountain metaphor illustrates kinetic stability: unstable energetically, persistent temporally.