Kit-State Lifecycle: Quantum-Ledger Schrödinger Dynamics with a Reversible Modal-to-Actual Bridge

Kit-State Lifecycle: Quantum-Ledger Schrödinger Dynamics with a Reversible Modal-to-Actual Bridge presents the v1.9.1 advanced framework edition. The paper develops the Kit-State Lifecycle as a reversible bridge between a quantum-modal ledger and temporary classical instantiation, keeping Schrödinger evolution to manage on the quantum-modal state while treating actualization, persistence, source assignment, and geometry as distinct classical constitutive dynamics. Version 1.9.1 is a lifecycle-consistency patch. It distinguishes intermediate de-structuring, in which an eligible successor classical organization remains, from terminal exhaustion, which is the stated inverse-bridge condition for return to the progenitor kit-state domain. The paper sets out conditional reconstructions, explicit worked limits, open derivational burdens, and falsification gates; it does not claim a completed causal, conserved, relativistically admissible bridge law. Included files Front-facing PDF manuscript Archival LaTeX source README and CC BY 4.0 license statement Bibliography database Related work This advanced Single-Bridge-Law line consolidates and cites the separately archived Kit-State Lifecycle v2.2.0 record. It is a distinct framework line and is not part of that record's Zenodo concept-version sequence. Rights: © 2026 Robert D. Kitcey. Licensed under Creative Commons Attribution 4.0 International (CC BY 4.0).