Schrödinger's Cat Revisited: The De-Scalarization of Mathematical Physics (A Unified World Model)

This work develops a relational framework in which particles, fields, forces, composite systems, thermodynamic states, cosmological observables, and measurement records are treated as typed publications of a single reversible real carrier rather than as hierarchically distinct layers of reality. The central construction is a continuous, peak-anchored publication geometry in which gravitational, color, electroweak, and electromagnetic structures remain equal-status realizations of one twisted carrier while their observable weights and resolutions change with publication depth. The framework is built on real finite-order carrier structures and develops Lorentz, Clifford, gauge, electromagnetic, gravitational, fermionic, hadronic, nuclear, atomic, quantum, thermodynamic, and cosmological realizations without taking complex scalar structure as primitive. Electroweak and Higgs responses close through the neutral peak, while a common vacuum carrier relates the Higgs and gravitational vacuum publications without requiring isolated particle poles or a completed fermion mass spectrum. Quantum measurement, decoherence, entropy production, thermality, recombination, optical visibility, and cosmological observation arise as increasingly terminal publications rather than as fundamental irreversible dynamics. Dark matter is correspondingly interpreted as the exclusively or predominantly gravitationally published part of the terminal observable structure whose ordinary electromagnetic publication has become suppressed, while the cosmic microwave background is the last resolved optical screen rather than an asserted boundary of the complete carrier.