What question did this study set out to answer?

The central aim is to introduce the Quantum Measurement Stack (QMS) framework and its components that explain observable reality through measurement systems.

March 23, 2026Open Access

Quantum Measurement Stack

Key Points

The central aim is to introduce the Quantum Measurement Stack (QMS) framework and its components that explain observable reality through measurement systems.
Introduction of two posters presenting the Quantum Measurement Stack framework.
Description of core components including Imprint Hypothesis and Detector-Plane Imaging.
Visual representation of the core mechanism of observable outcomes based on detector behavior.
Illustration of how different detectors lead to varying observable realities from the same input.
Highlighting the significance of coherence structure in determining interference and intensity-only distributions.
Demonstration of information loss dynamics in measurement systems, affecting observable outcomes based on preserved correlations.

Abstract

Overview This record presents a two-poster set introducing the Quantum Measurement Stack (QMS), a detector-plane–centered framework describing how observed reality emerges from physical measurement systems. Released together as a single unit, the posters provide both a conceptual overview and a visual explanation of the framework. Poster A — Quantum Measurement Stack - Framework (Navigation Poster) This poster serves as an entry point into the framework, connecting its three core components: Imprint Hypothesis — particles as primary excitations; wave-like behavior as interaction-derived coherence imprints Detector-Plane Imaging (DPI) — coherence structure exists prior to detection and determines observable outcomes Quantum Measurement & Control Test Bench — measurement as a structured system with detector-plane–localized information loss Related Works Imprint Hypothesis - https://zenodo.org/records/18994419 Detector Plane Imaging - https://zenodo.org/records/19105059 Quantum Measurement & Control Test Bench - https://zenodo.org/records/18075090 Poster B — Quantum Measurement Stack - Observed Reality (Master Poster) This poster presents the core mechanism of the framework as a visual model. Core Idea Same input → different detector → different observed reality A single underlying coherence structure produces different observable patterns depending on detector behavior: Interference (double-band / fringes):Appears when phase correlations are preserved, revealing structured coherence Intensity-only distribution:Appears when phase information is not retained, resulting in no stable interference These outcomes arise from detector-plane selection, where measurement systems determine which correlations are preserved and which are irreversibly lost. Code & Implementation https://github.com/srikarr20/detector-plane-imaging https://github.com/srikarr20/quantum-measurement-stack Release Note These posters are released together as a single visual introduction to the Quantum Measurement Stack, combining framework and conceptual explanation - observed reality.

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