In a prior post I proposed a structure where the universe has multiple domains. I can only cite two domains that are apparent to me; the physical domain and the informational domain. Components of these domains have state and collections of those components can create systems that modify those states. It seems clear that these domains interact with each other. We have an informational system, a mental model, of how we'll get to work in the morning. This is information that is expressed in the physical domain. If we hear of an accident that interferes with our plan then we modify that plan to adapt to the circumstance. This is an example of a physical state impacting an informational system.
When you decompose this, structurally there appears to be a binding, or perhaps entanglement, between a physical component or collection of components and an informational component or collection of components. The state of each component becomes a representation of the state of its corresponding component in the alternate domain. This entanglement is the bridge between these domains.
It's interesting that this entanglement has an imperfection attribute. The representation in one domain may not perfectly reflect the state in the other domain. This is particularly evident in complex systems, it's unclear of this is true for individual components. This imperfection injects uncertainty in the cross-domain system.
This really begs the question of "How do components interact?" I'm going to save that for a separate post.
Questions to Ponder…
• What is an "individual component"?
Things to drill into …
• How do components interact?
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