Electron as Connection: Resolving Dualism and Quantum Paradoxes in the UWCM

Abstract:"Any law or principle describing one area of science or reality must not contradict or create problems in another area. If such a contradiction arises, it is evidence that the law is either incorrect or incorrectly interpreted (being a projection of a more general principle onto a limited scale)." This work is part of the research program of the Unified Wave Cosmological Model (UWCM), developing the ontology of the Plast — a quantized network of spacetime. In previous works of the program, the concepts of nodes and connections were introduced, and it was shown that black holes and the Mendeleev table are subject to a single principle of connection configuration. In this work, this principle is taken to its logical conclusion: the electron is interpreted not as a particle and not as a wave, but as an activated connection between Plast nodes. This is not a replacement of a name, but a proposal of an ontological entity that explains what we measure when we register an electron: energy, charge, mass, spin — all these are projections of the state of a connection in the Plast Framework. It is shown that such an interpretation removes wave-particle dualism, quantum leaps, entanglement, the uncertainty principle, and the measurement problem without changing the equations of quantum field theory. Dualism ceases to be a mystery: the wave is a projection of the propagation of a connection, the particle is a projection of the transfer of connection energy to a node. The analogy of a cube that looks different depending on the angle of view makes this principle intuitively understandable. The work also shows that electrodynamics — from current to voltage, resistance, and the "instantaneity" of a signal — becomes the dynamics of connections in the Plast Framework. The Faraday cage is explained as an active redistribution of connections, and fields as projections of connections, not fundamental entities. Antistatics, generators, motors, and superconductivity receive a unified explanation through the density and coherence of transmitted activation. The work presents a summary table showing that 50 known phenomena — from quantum dualism to galaxy rotation, from chemical valence to the origin of life — receive a unified explanation through the dynamics of connections in the Plast Framework. The UWCM does not reject quantum field theory, but embeds it in a broader ontology. All equations remain in force. Only the understanding changes: what an electron is, what a field is, what measurement is. This is not new physics, but a new foundation for existing physics — and an expansion of its horizons. Keywords:quantum mechanics, wave-particle dualism, quantum foundations, measurement problem, entanglement, electrodynamics, electric current, nature of electron, ontology of physics, field theory, superconductivity.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-08-03
DOI
https://doi.org/10.5281/zenodo.21543990
Primary Topic
Relativity and Gravitational Theory
Type
preprint
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preprint

Electron as Connection: Resolving Dualism and Quantum Paradoxes in the UWCM

Gleb Slavutskiy
Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
preprint

Electron as Connection: Resolving Dualism and Quantum Paradoxes in the UWCM

Gleb Slavutskiy
preprint en

Abstract

Abstract:"Any law or principle describing one area of science or reality must not contradict or create problems in another area. If such a contradiction arises, it is evidence that the law is either incorrect or incorrectly interpreted (being a projection of a more general principle onto a limited scale)." This work is part of the research program of the Unified Wave Cosmological Model (UWCM), developing the ontology of the Plast — a quantized network of spacetime. In previous works of the program, the concepts of nodes and connections were introduced, and it was shown that black holes and the Mendeleev table are subject to a single principle of connection configuration. In this work, this principle is taken to its logical conclusion: the electron is interpreted not as a particle and not as a wave, but as an activated connection between Plast nodes. This is not a replacement of a name, but a proposal of an ontological entity that explains what we measure when we register an electron: energy, charge, mass, spin — all these are projections of the state of a connection in the Plast Framework. It is shown that such an interpretation removes wave-particle dualism, quantum leaps, entanglement, the uncertainty principle, and the measurement problem without changing the equations of quantum field theory. Dualism ceases to be a mystery: the wave is a projection of the propagation of a connection, the particle is a projection of the transfer of connection energy to a node. The analogy of a cube that looks different depending on the angle of view makes this principle intuitively understandable. The work also shows that electrodynamics — from current to voltage, resistance, and the "instantaneity" of a signal — becomes the dynamics of connections in the Plast Framework. The Faraday cage is explained as an active redistribution of connections, and fields as projections of connections, not fundamental entities. Antistatics, generators, motors, and superconductivity receive a unified explanation through the density and coherence of transmitted activation. The work presents a summary table showing that 50 known phenomena — from quantum dualism to galaxy rotation, from chemical valence to the origin of life — receive a unified explanation through the dynamics of connections in the Plast Framework. The UWCM does not reject quantum field theory, but embeds it in a broader ontology. All equations remain in force. Only the understanding changes: what an electron is, what a field is, what measurement is. This is not new physics, but a new foundation for existing physics — and an expansion of its horizons. Keywords:quantum mechanics, wave-particle dualism, quantum foundations, measurement problem, entanglement, electrodynamics, electric current, nature of electron, ontology of physics, field theory, superconductivity.

Zenodo (CERN European Organization for Nuclear Research)
Peace, Justice and strong institutions
Relativity and Gravitational Theory
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