Aggregate Averages in Branch-Shield Space

States on different threads of history are connected in a branch-shield graph, representing entanglements between states. Observers in branch-yield space perceive aggregate average results across a vast number of branches, similar to how observers in physical space observe aggregate results from underlying elements. Computational irreducibility occurs across different branches, leading to the perception of consistent experiences by computationally bounded observers, bridging the transition from quantum to classical behavior.