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'''A.''' An answer to this query is that it may be similar to its operation to the explanation of the standard model. When we observe the sun, we are observing its ''projection'' upon the atmolayer. The sun which is seen is ''local'' and individual to each observer.  
 
'''A.''' An answer to this query is that it may be similar to its operation to the explanation of the standard model. When we observe the sun, we are observing its ''projection'' upon the atmolayer. The sun which is seen is ''local'' and individual to each observer.  
  
When the image of the sun travels along your latitude line to you, or when its image intersects your latitude line, it may appear from an eastwardly direction as a natural consequence and intersection of the motion and one's limited range of sight. One cannot see infinitely into the distance. If a cloud were traveling along your latitude line, you would see it appear from the east or near the east.
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When the image of the sun travels along your latitude line to you, or when its image intersects your latitude line, it may appear from an eastwardly direction as a natural consequence of the observer's limited range of vision and the sun's circular area of light. One cannot see infinitely into the distance. If a cloud were traveling along your latitude line, you would see it appear from the east or near the east.
  
 
For additional details see: [https://wiki.tfes.org/Equinox#A_Flat_Earth_Equinox Equinox - A Flat Earth Equinox]
 
For additional details see: [https://wiki.tfes.org/Equinox#A_Flat_Earth_Equinox Equinox - A Flat Earth Equinox]

Revision as of 02:07, 19 April 2019

The Bi-Polar Model is a model of the earth which was first devised by Lady Blount's Universal Zetetic Society in the early twentieth century after the discovery of the South Pole. This model features two poles and an Antarctic continent. An 'Ice Wall' still exists in this model, but it is not Antarctica. It is assumed that beyond the rays of the sun the waters will naturally freeze.

Maps

There are a wide variety of continental layout possibilities for Bi-Polar map. The continental layout is unknown and has not yet been fully researched due to ambiguities of jet streams, flight routing, and non-direct flights. The Bi-Polar model is sometimes illustrated with vertical circles, vertical ovals, or with a placeholder map.

BiPolar-Shafto.jpg Bi-Polar-Sea-Earth.png Altmap.png

1. From Bobby Shafto
2. From p.30 of The Sea-Earth Globe and and its Monstrous Hypothetical Motions (1918)
3. Origin Unknown

Flat Earth proponent Sandokhan is credited with creating the most common Bi-Polar map layout.

Circumnavigation

Circumnavigation involves traveling Eastwards or Westwards in relation to the magnetic field lines. On a Bi-Polar model the magnetic field lines would spread out from the North and South poles like the magnetic field lines on a bar magnet.

Bar-Magnet-Field-Lines.gif

The needle of a compass would align with those magnetic field lines in the navigator's local area. Since East and West are at right angles to the field lines, moving East or West in relation to those field lines would take one in a circle around the North or South poles. This also implies that if one were to follow the magnetic field lines North or South that they would eventually get to the North South poles.

It should be noted that the magnetic field lines which are produced by a magnet always wrap around and connect to the opposite pole and that none travel forever into space.

Explanatory Video

Flat Earth Crush has produced content on the Bi-Polar model which showcases some of the benefits of its sun model. It should be noted that the author has mentioned in other videos on the topic that he using the selected map as an example only for his purposes. Runtime: 15m

Related videos by Flat Earth Crush:

Celestial Rotation

In the Bi-Polar model the stars are rotating in one direction in the Northern Hemiplane and in the opposite direction in the Southern Hemiplane, like a set of interlocking gears.

Spur gears animation.gif

Eastward Sunrise

Q. How the sun can rise from near the east and set from near the west under this configuration.
A. An answer to this query is that it may be similar to its operation to the explanation of the standard model. When we observe the sun, we are observing its projection upon the atmolayer. The sun which is seen is local and individual to each observer.

When the image of the sun travels along your latitude line to you, or when its image intersects your latitude line, it may appear from an eastwardly direction as a natural consequence of the observer's limited range of vision and the sun's circular area of light. One cannot see infinitely into the distance. If a cloud were traveling along your latitude line, you would see it appear from the east or near the east.

For additional details see: Equinox - A Flat Earth Equinox