The Google map above allows you to zoom into any area on the globe to see what lies near the major lines of the Planetary Grid. Click on a red triangle in the USA on the map above to view the UVG lines inside a Basic Triangle.

Every line of the UVG is part of a great circle (equator) that divides the sphere of Earth in half. This is the major change that Bill Becker and I made to the “planetary grid’ model (shown here) proposed in the 1970s by three Russian men...

Illustration 4 (Below) The geometry of our UVG (Unified Vector Geometry) sphere of the world grid is taken from R. Buckminster Fuller's Synergetics Two. The "diamond centers" (right) represent this geometry at grid intersections such as Gizeh and in the southwest United States .

By plotting specific items on this map, we are able to see "lines" of events/geophysieal items begin to manifest. Sometimes these are "off" the Atlas lines by ten miles or so, but they will form a line parallel to the marked grid line. We are hopeful of eventually getting the UVG sphere on to a global computer modeling system so that we can ...

2024年12月27日 · For some reason I got the sphere lord achievement for some reason Even though 1 i need 1 uvg to get it? Even though i was nowhere close to 1 Uvg

A UV sphere has faces with 4 edges, while an Icosphere has triangular faces. This results in the UV sphere having a smoother appearance and the Icosphere having a jagged appearance. However, the more faces you have on them, the smoother the …

2010年7月1日 · Every line of the UVG is part of a great circle (equator) that divides the sphere of Earth in half. This is the major change that Bill Becker and I made to the “planetary grid” model (shown...

2019年6月28日 · Every line of the UVG is part of a great circle (equator) that divides the sphere of Earth in half. This is the major change that Bill Becker and I made to the “planetary grid’ model (shown here) proposed in the 1970s by three Russian men Makarov (an engineer), Morozov (a linguist), and Goncharov (a historian).

We have shortened that to Unified Vector Geometry (UVG) 120 sphere… We use the number 120 due to its easy comprehension as a spherical polyhedron with 120 identical triangles - all approximately 30, 60 and 90 in composition.

This is the same form that was used by R. Buckminster Fuller for his domes and in our research, we have called it the Unified Vector Geometry (UVG) 120 Sphere. We consider it the key component in our proposed "new synthesis" of planetary grid research.