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The aim is to address the stability of electron orbits within an atomic structure using the Topological Atom model.

February 26, 2026Open Access

The Topological Atom: Orbital Stability and Subatomic Determinism in the DQ Framework

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The aim is to address the stability of electron orbits within an atomic structure using the Topological Atom model.
Developed the Topological Atom model based on the Quantum Diffusion Framework
Analyzed atomic nucleus behaviors as hyperdensity knots in a 12-dimensional subspace
Investigated electron dynamics in relation to local spatial granularity
Established a causal mechanism explaining orbital stability without relying on probability clouds
Defined electron behavior as topological resonance in specific geometric configurations
Explained the absence of orbital radiation and established geometric determinism over probabilistic uncertainty

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This model resolves electron orbital stability, suggesting a deterministic mechanism for atomic behavior.

VARCO et al. (2026) studied this question.

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