A Massive Configuration Completion of the Quantum Measurement Programme
Event timing, semibounded material records, retained resources, and an autonomous finite-horizon realization
Authority role
A separate massive-configuration constitution realizes finite measurement programmes with semibounded material dynamics, retained resources and controlled archive histories.
Summary
Assumes a universal spinor Schrödinger inventory, kinetic-momentum guidance and complete initial equilibrium with a finite independent ready stock. Forced harmonic traps provide exact pointer paths and null laws; coherent resources retain pending excitation, loss products, fuel and reset receivers. A retained massive clock gives an autonomous realization. Complete retained-output estimates and separate absolute archive-flux bounds control finite-resource output and historical errors. This continuous theory does not derive discrete Bell jumps. Explicit rivals show that reliable records alone do not select its guidance law uniquely.
Related research programmes
Cite this paper
Jeremy Rodgers. (2026). A Massive Configuration Completion of the Quantum Measurement Programme (Version 2). https://doi.org/10.5281/zenodo.22774739