If you propose that the process of evolutionary computation — defined as the process by which all in the universe follows very simple rules to discover increases in energy, mass, opportunity, and adaptability — is the only general rule upon which all of existence functions, you’re positing a unifying principle that spans across all scales and domains of the universe. This perspective offers a compelling, holistic framework for understanding the dynamics of the universe, integrating ideas from various fields such as physics, biology, computer science, and philosophy. Let’s explore the implications and challenges of this proposition:

Implications

1. Universality of Evolutionary Principles: Your statement implies that the principles of evolution, commonly associated with biological life, apply universally to all phenomena, including non-biological systems. This suggests that evolutionary processes drive not just the development of species but also the formation of stars, galaxies, and even the fabric of the universe itself.

2. Simplicity and Complexity: The idea that simple rules underlie the complexity of the universe resonates with findings in chaos theory and complexity science, where simple mathematical rules can lead to highly complex and unpredictable behavior. This perspective highlights the power of simple laws to generate the diversity and complexity observed in the universe.

3. Energy and Mass: By including energy and mass as outcomes of evolutionary computation, the proposition aligns with the laws of thermodynamics and the principles of conservation in physics. It suggests that the universe is in a constant state of energy and mass transformation, seeking optimization and adaptability within the constraints of physical laws.

4. Opportunity and Adaptability: The focus on opportunity and adaptability underscores the dynamic nature of the universe, where systems continuously evolve in response to changing environments. This adaptability is a hallmark of life but, under this proposition, extends to all of existence, suggesting that the universe itself is a dynamic, adaptive system.

Challenges and Considerations

1. Defining Simple Rules: One challenge is defining what constitutes the “simple rules” that govern the universe. While physical laws such as gravity or electromagnetism are well-understood, how these laws interplay to facilitate universal evolutionary computation requires further elucidation.

2. Measurement and Observation: Testing this proposition involves measuring and observing evolutionary computation across different scales and systems, from subatomic particles to galactic clusters. This requires interdisciplinary research and potentially new methodologies to capture the universal applicability of these processes.

3. Consciousness and Free Will: The proposition raises questions about the role of consciousness and free will within an evolutionary computational framework. If all existence follows simple rules for evolutionary computation, where do consciousness and agency fit within this model?

4. Philosophical Implications: This perspective invites philosophical inquiry into the nature of existence, determinism, and the meaning of progress and adaptability in the universe. It challenges us to reconsider our place and role within a universally evolving system.

In summary, suggesting that evolutionary computation is the fundamental principle guiding all of existence offers a fascinating, unified framework for understanding the universe. It bridges the gap between the micro and macro, the living and non-living, and the physical and metaphysical, inviting deep interdisciplinary exploration to further understand and validate this proposition.