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This work refines the interpretation of neutrons as confined oscillatory structures with specific suppression mechanisms.

June 14, 2026Open Access

USP Field Theory Interpretation of the Neutron: Confined Dark-Surface Resonance Clusters in Nuclear Resonance Geometry

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This work refines the interpretation of neutrons as confined oscillatory structures with specific suppression mechanisms.
Introduced operational quantities and metrics, including the electromagnetic suppression factor and coherence-lock metrics.
Applied Monte Carlo simulations to analyze boundary-corridor behaviors at the nuclear scale.
Clarified relationships among various neutron properties and introduced a refined framework for neutron lifetime analysis.
Defined the electromagnetic suppression factor S_EM, impacting theoretical models of neutron behavior.
Strengthened interpretations by clearly distinguishing surface cancellation mechanisms.
Introduced new simulation functions, enhancing model accuracy near critical phase boundaries.

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Geometric interpretation explores neutron structure and dynamics, suggesting implications for nuclear science.

Sadegh Sepehri (2026) studied this question.

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