coherent storage and retrieval

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Editorial synthesis · provisional

Definition

Coherent storage and retrieval is the source’s benchmark for distinguishing reversible quantum uptake from the localizing absorption attributed to an actualized transaction. A system can temporarily store and later retrieve coherence without thereby proving that an irreversible outcome already occurred. The manuscript uses this case to demand a quantitative boundary criterion for RTI, preserving the difference between a reported experiment and its authorial interpretation.

Explanation

The native note describes the two-crystal experiment as storage followed by retrieval with retained interference over the stated short interval. Its significance for this entry is recoverable coherence, not the invention of a new storage technology or a claim that every material interaction must already have produced a definite spacetime record in the same sense.

RB1 differentiates absorption into a stationary state from a coherent superposition of stationary states in the transactional discussion. This distinction motivates the proposed nonlocalizing storage category. The note explicitly identifies application of Kastner’s criterion to this experiment as the author’s inference rather than Kastner’s own published analysis of that experiment.

The source also records Marchildon’s objection about quantitative precision and Kastner’s reply. It leaves a research burden concerning the boundary between reversible uptake and irreversible actualization. That open calculation is not a prediction of an observed deviation from standard theory and does not make the source-grounded conceptual distinction itself an unresolved invented definition.

Scope and attribution

Retain the benchmark and open quantitative research question without claiming an RTI discriminator.

RB1 — The Real Book, Volume I: The Possible Is Real

Coherence recovery constrains the proposed localization criterion; the specific application is authorial inference.

Occurrence locators: 88, 89; Notes: 89.

Background used in the editorial explanation

Named theories and mechanisms are distinguished from neighboring background, homonyms and the author’s own synthesis. Reproduced AI passages retain their separate voice.