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This paper introduces an experimental framework for identifying unusual patterns in photonic signals.

May 15, 2026Open Access

Quantum Contact System: Exploratory Framework for Non-Classical Photonic Signal Detection / Sistema Quantum Contact: Marco Exploratorio para la Detección de Señal Fotónica No Clásica

Key Points

This paper introduces an experimental framework for identifying unusual patterns in photonic signals.
Utilized a dual-photodiode balanced receiver for signal detection.
Established a signal-processing pipeline for analyzing photonic signals.
Developed an exploratory control protocol and statistical analysis methods.
Identified anomalous structures in differential photonic signals through the experimental setup.
Proposed a speculative quantum-memory transmission hypothesis based on findings.

Abstract

Bilingual exploratory working paper presenting the Quantum Contact System (QCS), an experimental framework for detecting and characterising anomalous structure in differential photonic signals using a dual-photodiode balanced receiver. The document includes the experimental setup, signal-processing pipeline, session results, statistical analysis, control protocol, and a speculative frozen-photon / quantum-memory transmission hypothesis. All claims are presented at exploratory level and require further controlled replication. Documento exploratorio bilingüe sobre el Sistema Quantum Contact (QCS), un marco experimental para detectar y caracterizar estructura anómala en señales fotónicas diferenciales mediante un receptor balanceado de dos fotodiodos. Incluye montaje experimental, proceso de señal, resultados de sesión, análisis estadístico, protocolo de control y una hipótesis especulativa basada en memoria cuántica / "fotón congelado". Todas las afirmaciones se presentan a nivel exploratorio y requieren replicación controlada.

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