The heavens' hinge idea originates from a new solar renewable energy concentration system which uses small fixed pieces of flat reflectors (including tin and copper plate). The maths of this are easier to understand using a geocentric worldview. This system has been prototyped and witnessed as working.
The structural support of one version of this idea appears to be duplicated at Stonehenge. This was discovered quite a while after the first patent application had been filed (no prior art was found during a UK patents office search).
The extent of the similarities are:
The extent of the similarities are:
- Dimensions: All dimensions (of Stonehenge) match the design requirements (using Cleal et al as a primary reference with other works providing supplemental material).
- Features: All recorded features (Phase 3b: eg inwardly facing circle, level top, height of trilithons) appear to be the same as the required design features of the system.
- Unpublished features: All required additional features of the model (such as features specific to Stone 54) do exist in the locations predicted (and required) by the mathematical model.
- External environment: Axis of Heelstone, Station Stones, and all other features found at Stonehenge appear to be an accurate, dimensionally consistent, explanation of the geocentric world description on which the system is based.
- Timeline: The dating record of features in the archaeological timeline (using Cleal et al) appears to be consistent with the method of development of such a system.
There appear to be no features at Stonehenge which do not fit the model (that is, there are no counter-indications). There appear to be no missing features.
The system creates a very bright light within, and just above, the structure. Revolving slowly around the polar axis, this system creates a local three dimensional mirror image of the sun's movement relative to a fixed world. One purpose of this could be to demonstrate the spherical nature of the heavens.
* Tin was available in the Neolithic: Experiments (Detailed electron probe analysis of European bronzes) have suggested that "For the early bronze age, Northover has noted that tin bronzes were probably exclusively produced in Britain from South-Western cassiterite".
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