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[4] Coherent Reorganization of the Energetic Medium and Quantum Stability

Author:

Savouret, Aime

Category:

Research Papers

Sub-Category:

Quantum Theory / Particle Physics

Language:

English

Date Published:

May 8, 2026

Downloads:

21

Keywords:

energetic medium, quantum stability, near field, far field, coherent modes, dynamic memory, quantization, phase coherence, atomic stability, interference, tunneling, decoherence, quantum measurement, entanglement

Abstract:

The document proposes an interpretation of quantum phenomena based on an energetic medium. A particle is seen as a stable structure of this medium, not as a separate object. Stable states correspond to coherent modes of the near field, without continuous energy loss. Transitions, measurements, or non-stationary changes can produce a far field, carrying energy away from the local system. In this view, the atom is not described as a classical orbit that should radiate and collapse. It is understood as a coherent stationary mode of the electron nucleus medium system. Quantization appears as a condition of stability and coherence. The text also introduces the idea of a dynamic memory of the medium: past disturbances can leave a delayed wake, capable of influencing the future coherence of the system. The text applies this idea to interference, tunneling, measurement, and decoherence. Measurement becomes a rupture of coherence through coupling with a macroscopic device. Interference fringes and transmission through a barrier are seen as effects of continuity in the near field. The model preserves several known results of quantum mechanics, while leaving open questions such as the origin of the reduced Planck constant, spin, entanglement, and the relativistic formulation.

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