What question did this study set out to answer?

This research focuses on the design and validation of the Local Re-embedding Machine (MRL) and its implications for quantum systems.

June 18, 2026Open Access

Local Re-embedding Machine (MRL) and SOB-1 Experiments: Design, feasibility, and experimental foundations of the Binary Wave Simulation- Máquina de Re-embebido Local (MRL) y Experimentos SOB-1: Diseño, viabilidad y fundamentos experimentales de la Simulación Ondulatoria Binaria

Key Points

This research focuses on the design and validation of the Local Re-embedding Machine (MRL) and its implications for quantum systems.
Documentation of technical and experimental designs for the MRL.
Experimental validation of the binary wave simulation (BWS) approach.
Connection with experiments conducted at Tsinghua, Munich, and Jülich.
Successfully reconstructed past images from quantum correlations, enhancing visualization of temporal screens.
Validated core functions of the MRL through experimental applications.
Demonstrated the feasibility of BWS in practical scenarios.

Abstract

(EN) This repository contains the technical and experimental documents related to the Local Re-embedding Machine (MRL) - **Paper 8A**:Corrected Design and Functional Blueprints of the MRL (V2.0) Local Re-embedding Machine - Experimental Validation of the BWS- **Paper 8B**: Reconstruction of Past Images From Quantum Correlations to Visualization of Temporal Screens All documents are available in Spanish and English. This repository complements the scientific core of the BWS (Papers 1-7, 6A, Final Document) and Paper 8 (connection with real experiments from Tsinghua, Munich, and Jülich), available in independent repositories. (ES) Este registro contiene los documentos técnicos y experimentales relacionados con la Máquina de Re-embebido Local (MRL): - **Paper 8A**:Diseño Corregido y Planos Funcionales de la MRL (V2.0) Máquina de Re-embebido Local - Validación Experimental de la SOB- **Paper 8B**Reconstrucción de Imágenes del Pasado, De las Correlaciones Cuánticas a la Visualización de PantallasTemporales

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