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| Format: | Recurso digital |
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Zenodo
2026
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| Online-Zugang: | https://doi.org/10.5281/zenodo.20397675 |
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Inhaltsangabe:
- <p>This paper develops a Space-Phase (SP3) mechanism for orb movement and splashless entry or exit into and from<br>water. The motivating image compares three behaviors: ordinary falling matter, hovering ball lightning, and orblike unidentified anomalous phenomena reported to move from water to air and then hover. In SP3, ordinary matter<br>such as a baseball falls because its local conditioned space-phase envelope coherence-joins directionally with<br>Earth-conditioned space-phase. That coherence-joining opens one side of the pressure topology while the opposite<br>side remains isobar-active, producing net acceleration. By contrast, a hovering luminous orb or water-transitioning<br>orb is interpreted as a localized energetic or engineered space-phase envelope that does not couple to water, air, and<br>Earth-conditioned space-phase in the ordinary matter-like manner. Because the envelope fails to impose a<br>conventional mechanical boundary on the water surface, it does not necessarily produce the displacement, cavity,<br>bow wave, spray, or splash expected from a solid object entering or exiting water. The orb may instead translate by<br>reconfiguring the local coherence corridor ahead of itself while maintaining a pressure-isobar shell around its<br>envelope. Water is laterally conditioned, parted, or reorganized at the boundary rather than violently displaced. The<br>same principle explains post-exit hovering: after leaving the water, the orb remains in a balanced pressure-topology<br>state because upper and lower isobar influences are not converted into the ordinary falling asymmetry by<br>coherence-joining toward Earth. The result is a unified SP3 account of splashless trans-medium transitio</p>