My Hypothesis:
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My Hypothesis:
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Concepts like entropy, energy, and the second law of thermodynamics are not intrinsic to physical matter but are emergent properties of any sufficiently complex system where probabilistic decision-making, optimization, and information flow occur. These principles arise naturally in artificial environments that are structured with rules governing uncertainty, even without explicit definitions of physical thermodynamic laws.
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Concepts like entropy, energy, and the second law of thermodynamics are not intrinsic to physical matter but are emergent properties of any sufficiently complex system where probabilistic decision-making, optimization, and information flow occur. These principles arise naturally in artificial environments that are structured with rules governing uncertainty, even without explicit definitions of physical thermodynamic laws.
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Proven Via:
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Proven Via:
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The Second Law of Thermodynamics
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The Second Law of Thermodynamics
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Geometric Langlands Program
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Geometric Langlands Program
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Lagrangean Mechanics
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Lagrangean Mechanics
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TL;DR: When I create a simulated environment, I do not need to code entropy and energy into the simulated environment. I can utilize Entropy and the Second Law of Thermodynamics and I can use Conservation of Energy, but I do not need to explicitly code these into the environment. That is peculiar. 
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TL;DR: When I create a simulated environment, I do not need to code entropy and energy into the simulated environment. I can utilize Entropy and the Second Law of Thermodynamics and I can use Conservation of Energy, but I do not need to explicitly code these into the environment. That is peculiar. 
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I made a video with a clickbait title but a bunch of code that breaks this observation down further. Would love for someone to prove my simple observation false: 
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I made a video with a clickbait title but a bunch of code that breaks this observation down further. Would love for someone to prove my simple observation false: 
https://youtu.be/8n7SXLj7P1o
https://youtu.be/8n7SXLj7P1o
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My Hypothesis:

Concepts like entropy, energy, and the second law of thermodynamics are not intrinsic to physical matter but are emergent properties of any sufficiently complex system where probabilistic decision-making, optimization, and information flow occur. These principles arise naturally in artificial environments that are structured with rules governing uncertainty, even without explicit definitions of physical thermodynamic laws.

Proven Via:

The Second Law of Thermodynamics
Geometric Langlands Program
Lagrangean Mechanics

TL;DR: When I create a simulated environment, I do not need to code entropy and energy into the simulated environment. I can utilize Entropy and the Second Law of Thermodynamics and I can use Conservation of Energy, but I do not need to explicitly code these into the environment. That is peculiar. 

I made a video with a clickbait title but a bunch of code that breaks this observation down further. Would love for someone to prove my simple observation false: https://youtu.be/8n7SXLj7P1o 
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Richard A Aragon
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