What question did this study set out to answer?

This research aims to establish a coherence scale for topological solitons affecting diverse physical phenomena.

April 29, 2026Open Access

Topological soliton coherence scale: one parameter across seven physical domains

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Hypothesis demonstrates coherence scale influences various physical phenomena, suggesting new insights.

This research aims to establish a coherence scale for topological solitons affecting diverse physical phenomena.
Developed a hypothesis linking topological solitons to fundamental fermions through a compact phase field.
Analyzed corrections across seven physical domains including dark matter and quantum mechanics.
Created predictive models for precision experiments and defined interference visibility functions.
|δ(g/2)| ∼ 4.4×10−16 is predicted to be testable in future precision experiments.
The dark matter model connects microscopic and galactic scales without introducing new parameters.
Interferometric visibility function demonstrates a unique linear-plus-Gaussian decay signature.

Cheng Pang Won Jesse Ting (2026) studied this question.

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April 29, 2026Open Access

View Full Paper

Ask AI

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Authors

Hypothesis demonstrates coherence scale influences various physical phenomena, suggesting new insights.

This research aims to establish a coherence scale for topological solitons affecting diverse physical phenomena.
Developed a hypothesis linking topological solitons to fundamental fermions through a compact phase field.
Analyzed corrections across seven physical domains including dark matter and quantum mechanics.
Created predictive models for precision experiments and defined interference visibility functions.
|δ(g/2)| ∼ 4.4×10−16 is predicted to be testable in future precision experiments.
The dark matter model connects microscopic and galactic scales without introducing new parameters.
Interferometric visibility function demonstrates a unique linear-plus-Gaussian decay signature.

Cheng Pang Won Jesse Ting (2026) studied this question.

View Full Paper

Ask AI

Bookmark