The One Meta-Rule Behind Everything: Minimizing Local Phase Mismatch
The One Meta-Rule Behind Everything: Minimizing Local Phase Mismatch By John Gavel In my Temporal Flow Physics (TFP) framework, I’ve come to realize that beneath all the complexity of quantum mechanics, spacetime, and gravity lies a profoundly simple principle — a single meta-rule that every “flow node” in the universe follows. This rule governs how the discrete quantum flows evolve, how spacetime geometry emerges, and how gravity arises naturally from the network itself. The Meta-Rule: Minimize Local Phase Mismatch Under Topological Constraints Each fundamental “node” or “flow unit” in the network continuously adjusts its internal phase to minimize disagreement with its neighbors , while ensuring phase consistency around closed loops — that is, the sum of phase differences around any closed path must equal zero modulo 2π. Formally, if we represent the phase of node i as θ_i, and its neighbors as N(i), the meta-rule can be expressed as the optimization: Minimize the loca...