What evolves?
Source dynamics specifies the coherent field and its currents. The source/readout distinction asks which structures an observation preserves, and which it loses.
Coherent dynamics → currents and weights
Shadow Theory / Quantum foundations / Version 2
Quantum
measurement.
From source to record.
A wave describes possibilities. An event picks out a history. A physical record must preserve what happened. This programme builds the connections through two explicit constitutive completions.
01 / The measurement question
Three questions. One complete experiment.
The Born rule connects wave weights to outcome statistics. A complete measurement theory also needs actual events and material records.
What happens?
Equal one-time probabilities can belong to different histories. Selecting individual events requires a law for paths, with its interaction and preparation assumptions stated.
Event law → actual history
What remains?
A later memory must be faithful to its earlier declaration. The experiment includes the apparatus, archives, reset receivers, loss products and any returning information.
Physical acquisition → retained record
02 / Explore the constructions
Two routes through the same question.
A constitution states what exists, how it interacts and how it is prepared. Each route closes its own assumption-to-prediction chain.
EXPLAINER 01 / SCHEMATIC
Discrete configurations · controlled Bell limit
STEP 01 / Pilot medium
An individual current on every bond
The canonical source action supplies each Hamiltonian bond current. Conservative exporters transfer its signed action into packets, retaining the bounded remainder and all spent resources.
Read the construction and proof- Premise
- Primitive bond ownership, common action unit and the P1–P4 interaction catalogue.
- Conclusion
- Signed packet production follows the individual current.
Illustration of the argument. The paths, packet positions and spacing are schematic; this is not a simulation, experimental evidence or a numerical theorem check.
| The distinction | Pilot medium | Massive configuration |
|---|---|---|
| Actual history | A tagged ordinary configuration, with discrete events generated by a deterministic pilot medium. | A continuous configuration of massive material positions governed by kinetic-momentum guidance. |
| Selection premises | P1–P4, signed export and reactions, independent spatial gas and carrier preparation. | Universal material inventory, the guidance law and complete initial equilibrium with finite ready resources. |
| Main result | Complete tagged paths converge in total variation to the minimal Bell process in unchanged physical time. | A finite measurement-chain realization with controlled retained-output and archive-history errors. |
| Record mechanism | In the Bell limit, monomial copy cuts are crossed once on the finite clock’s first pass. Finite pilots inherit controlled path and record error. | Stationary storage plus derivative-controlled absolute archive flux for the autonomous controller. |
| Domain | Fixed finite ordinary graph and horizon; finite resources have controlled deviations from the limit. | A smooth finite nonrelativistic material programme; guidance and equilibrium remain physical premises. |
03 / Reading paths
Start with the question you care about.
The overview explains the architecture. The web editions contain the complete scientific arguments, with the original publications alongside them.
Why probabilities
are only part of the story
Follow the distinction between source information, a selected event history and a lasting physical record.
- Begin with the abstract and roadmap
- Compare the two constitutions
- Place measurement in the Reality Atlas
From signed action
to complete Bell paths
Inspect the microscopic catalogue, the three successive comparisons and the autonomous record construction.
- Canonical currents and export
- The full physical-time path limit
- Rivals, retained information and scope
Guided positions.
Protected material archives.
Follow the exact massive writer through nulls, reset, a retained clock and noncommuting continuation.
- Material, guidance and equilibrium premises
- The physical pointer and crossing law
- Complete measurement-chain closure
04 / The publications
The full arguments, in full view.
Three version 2 publications. Each web edition preserves its own source statements, numbering, proofs and bibliography.
Integrated monograph
Shadow Theory and Quantum Measurement: Source Dynamics, Event Laws, and Physical Records — Two Constitutive Completions
The complete integrated programme: source dynamics, event laws, physical records, two constitutive completions, and the counterexamples that delimit their scope.
Jeremy Rodgers · Version 2 · 15 September 2026
Companion paper · pilot medium
A Deterministic Pilot Medium: Bell Path Selection and Autonomous Material Records
A deterministic, spatially prepared pilot medium gives a controlled complete Bell-path limit, with autonomous material records under its declared interaction and preparation assumptions.
Jeremy Rodgers · Version 2 · 15 September 2026
Companion paper · massive configuration
A Massive Configuration Completion of the Quantum Measurement Programme
A separate theory of continuous material configurations: postulated guidance and initial equilibrium, exact pointer paths, retained resources, and controlled finite-horizon archive histories.
Jeremy Rodgers · Version 2 · 15 September 2026
05 / Research status
An internal resolution
with named physical premises.
Research status and historical development The September 2026 publications give two mathematically closed measurement constructions within their stated constitutions. The pilot completion supplies a controlled effective Bell law and material records. The massive completion supplies an alternative operational theory with continuous actual motion.
Source/readout incompleteness motivates the problem; it does not derive the new interaction catalogue, guidance law or preparation statistics. The publications establish internal results. Independent external verification and empirical confirmation are not established by these publications.
The original counterexamples retain their force in the constitutions they address. Broader preparation domains, exact finite-resource Bell dynamics, a smooth realization of the entire hybrid source and extended storage remain identified extensions. The TOE monograph remains a separate publication and complete web edition.