Moonshots with Peter Diamandis cover image

Forget Everything You Believed About Computing w/ Gill Verdon | EP #102

Moonshots with Peter Diamandis

Exploring the Evolution of Intelligence and Thermodynamic Dissipative Adaptation

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The concept of maximizing intelligence per watt in the universe is fundamentally tied to the evolution of intelligence as a counterbalance to entropy. As entropy increases, so does the drive for intelligence to evolve, suggesting a maximization principle inherent in the cosmos. Carl Friston's theories propose that biological intelligence aims to minimize surprise by better predicting the environment, which allows organisms to extract and utilize free energy effectively, aligning with thermodynamic principles. Additionally, thermodynamic dissipative adaptation, as proposed by Jeremy England, indicates that complex systems naturally self-organize to dissipate energy over extended timeframes. This self-organization leads to probabilistic pathways favoring growth, thereby creating the complexity observed in life today. The preservation and continuation of this growth process is seen as essential, as halting it could result in an unknown loss of potential and progress.

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