November 9, 2025Open Access

Field-Depth as a Fourth Resonance Dimension in Spatial Wave Structure

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Localized particle states result from standing-wave nodes in an extended field structure, indicating a new geometric approach to quantum phenomena.
Spin characteristics deepen understanding of the 4π periodicity inherent in spin-1/2 systems through phase-orientation in the resonance plane.
The model clarifies solutions to the Schrödinger and Dirac equations, preserving their foundational principles while offering new insights into quantum mechanics.
This unified interpretation of quantum states as spatial structures challenges traditional probabilistic views and links to chemical bonding processes.

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This framework reveals wave–particle duality and quantum entanglement in particles, suggesting localization arises from geometric nodal structures.

Nilsson Henrik (2025) studied this question.

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This framework reveals wave–particle duality and quantum entanglement in particles, suggesting localization arises from geometric nodal structures.