What question did this study set out to answer?

The aim is to develop a mathematically consistent model that interprets the environment of quantum entangled systems.

January 26, 2026Open Access

ELS (Entangled Light Structure) Framework: Macroscopic Frequency-Based Environmental Control Model for Quantum Entanglement Stability

Key Points

The aim is to develop a mathematically consistent model that interprets the environment of quantum entangled systems.
Formulating a theoretical framework based on frequency-domain analysis.
Interpreting environmental influences on quantum systems through a macroscopic perspective.
Proposes a new way to understand the stability of quantum entanglement through environmental factors.
Outlines a mathematically sound possibility model without experimental results.

Abstract

This section presents a theoretical framework in which the environment surrounding a quantum entangled system is interpreted not through localized parameter control, but through a macroscopic frequency-domain description. The purpose of this work is not experimental verification, but the formulation of a mathematically consistent possibility model. newbalancems@naver.com

ELS (Entangled Light Structure) Framework: Macroscopic Frequency-Based Environmental Control Model for Quantum Entanglement Stability

Key Points

Abstract

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