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To interpret quantum tunneling through the PFUSRC framework via an 11-dimensional coaxial bicone model.

June 1, 2026Open Access

PFUSRC-38(V2.0) Quantum Tunneling: A Primordial Mechanism in the 11D Coaxial Bicone Ontology

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To interpret quantum tunneling through the PFUSRC framework via an 11-dimensional coaxial bicone model.
Developed an ontological interpretation of quantum tunneling.
Introduced principles such as fractal recursion and symmetry breaking within the cone-prism domain.
Unified normal and anomalous tunneling phenomena with geometric theory.
Presented quantum tunneling as a deterministic process rather than a stochastic one.
Outlined a self-consistent theory supported by geometrically grounded principles.
Demonstrated the unification of various tunneling phenomena under a singular framework.

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This theoretical paper explores quantum tunneling in an 11D framework, suggesting implications for our understanding of fundamental physics.

Zhenmin Wang (2026) studied this question.

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This theoretical paper explores quantum tunneling in an 11D framework, suggesting implications for our understanding of fundamental physics.