Water as a "Revealing Medium" for Space-Phase Alerting readers to water behaviors that make space-phase capabilities visible
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| Natura: | Recurso digital |
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Zenodo
2026
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| _version_ | 1866901692927180800 |
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| author | Beecham, james E. |
| author_facet | Beecham, james E. |
| contents | <p>In SP3 framing, “space-phase” is not a passive backdrop but a conditionable medium with<br>memory, stiffness/compliance, and angular-mode organization. Many readers first<br>recognize these capabilities through light-path selection in the double-slit and single-hair<br>obstruction experiments, where allowed and forbidden angular paths appear as bright and<br>dark regions in the air next to obstructions to the laser light. This paper alerts readers to<br>another visible display of the capabilities of Space-Phase – water. Water is an ideal<br>medium in which to understand space-phase because it is slow, visible, and highly<br>cooperative. Flowing surface water acts as a revealing medium that makes space-phase<br>capabilities observable with the naked eye. This paper helps readers see water in a new<br>and educational light, as a catalog of behaviors (interference ripples, standing waves,<br>vortex streets, wakes, jets, and shock-like transitions) that reveal space-phase. This is<br>logical since SP3 theory holds that particles (water) and waves (steam) are both<br>manifestations of space-phase. This means surface water is itself space-phase with a<br>surface tension boundary layer to overlying air wherein post-boundary space-phase serves<br>as a second rule-applying component, as disclosed herein.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18332389 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Water as a "Revealing Medium" for Space-Phase Alerting readers to water behaviors that make space-phase capabilities visible Beecham, james E. <p>In SP3 framing, “space-phase” is not a passive backdrop but a conditionable medium with<br>memory, stiffness/compliance, and angular-mode organization. Many readers first<br>recognize these capabilities through light-path selection in the double-slit and single-hair<br>obstruction experiments, where allowed and forbidden angular paths appear as bright and<br>dark regions in the air next to obstructions to the laser light. This paper alerts readers to<br>another visible display of the capabilities of Space-Phase – water. Water is an ideal<br>medium in which to understand space-phase because it is slow, visible, and highly<br>cooperative. Flowing surface water acts as a revealing medium that makes space-phase<br>capabilities observable with the naked eye. This paper helps readers see water in a new<br>and educational light, as a catalog of behaviors (interference ripples, standing waves,<br>vortex streets, wakes, jets, and shock-like transitions) that reveal space-phase. This is<br>logical since SP3 theory holds that particles (water) and waves (steam) are both<br>manifestations of space-phase. This means surface water is itself space-phase with a<br>surface tension boundary layer to overlying air wherein post-boundary space-phase serves<br>as a second rule-applying component, as disclosed herein.</p> |
| title | Water as a "Revealing Medium" for Space-Phase Alerting readers to water behaviors that make space-phase capabilities visible |
| url | https://doi.org/10.5281/zenodo.18332389 |