"Are the laws of classical physics as we currently understand them missing something important about how the Universe works? This radical notion lies at the heart of a new proposal by the mineralogist Robert Hazen and the astrobiologist Michael Wong at Carnegie Science in Washington, DC. In this short documentary, they explain why they believe a 'law of increasing functional information' could help us better understand why everything from atoms to cells to civilisations seems to grow more complex and orderly over time."
"They suggest that, if information is as fundamental as mass or energy, it could not only account for the similar ways so many systems appear to behave, but also help physicists make sense of the concept of time, which remains elusive in current models. You can read more about Hazen and Wong's ideas in Quanta Magazine. Video by Quanta Magazine Producer: Christopher Webb Young"
The law of increasing functional information posits that information is a fundamental physical quantity akin to mass or energy. Treating information as fundamental provides a unifying explanation for parallel increases in complexity and order observed across scales, from atoms to cells to civilizations. The principle links growth of functional information with the emergence of organized structures and adaptive behaviors. Framing information as a conserved or generative quantity could offer measurable principles governing system evolution. Incorporating informational laws into physics could clarify the directionality and experience of time, which remains difficult to represent in current models. Practical implications could span physics, biology, and the study of complex systems.
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