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| Format: | Recurso digital |
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| Veröffentlicht: |
Zenodo
2026
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| Online-Zugang: | https://doi.org/10.5281/zenodo.19439161 |
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Inhaltsangabe:
- <p>The Standard Model describes physical reality through a set of fundamental fields,<br>particles, and symmetries defined over spacetime. Although this framework has achieved<br>major predictive success, it leaves open deeper questions of ontology, cross-scale<br>continuity, and the physical basis of apparently distinct interactions. The present paper<br>proposes that these familiar constructs may be more coherently interpreted as functional<br>expressions of a single underlying medium, identified in the SP3 framework as spacephase. Within this reinterpretation, fields become localized condition states of the<br>medium, particles become stable saturation structures, and forces become gradientdriven responses of a conditioned substrate. Gauge symmetry is treated as a manifestation<br>of stability-constrained transformation, the Higgs mechanism as a threshold rule governing<br>durable configuration and inertia, and the vacuum as an active medium capable of<br>conditioning, memory, and relaxation. This framing does not discard the empirical<br>achievements of standard physics, but instead seeks to reorganize them into a more<br>physically unified picture. The paper further identifies measurable handles by which SP3<br>may be distinguished from conventional expectations, especially in matters of persistence,<br>transport asymmetry, corridor-guided motion, and medium memory. By shifting the<br>discussion from multiple abstract primitives to one physically operative substrate, the<br>paper argues that SP3 offers a testable and conceptually economical reinterpretation of<br>modern physics.</p>