In Egypt we find the prototype for the New Jerusalem. This is the Bent pyramid. The correlation is one of size.
In the Bible we are taught about the doubling distance of the planets in regards to Earth.
The 2, 1, and 1/2 distance:
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The 3 1/2 distance which is Neptune. The star of Bethlehem:
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This brings us to the Sun. If we take the Saturn distance derived from the New Jerusalem cube and divide it by 8(a power of 2) we have the distance of 167,112,000 km. But at present, the distance between the Earth and the Sun varies between 147,095,000 km and 152,100,000 km. This means that the New Jerusalem derived distance does not match the distance between the Earth and the Sun. The New Jerusalem cube has to be smaller so as to relate to the Sun. This means that geographically we must move South. It turns out that the Sun mapped position covers an area ranging from Heliopolis(Sun city) down to South Dahshur.
If we take any instance of time, time, day, month, year and using Stellarium software we station our selves somewhere we can note the exact distance of the Sun at this instance. If we divide this distance by one million (1,000,000) and then multiply it by eight (8) we are led to the half side diagonal of a "New City".
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If we then consider a specific altitude above sea level we can compute the latitude of the place in Egypt that yields this New City cube.
I took a look at the Bent pyramid encoding - position. Using the 2589 BC year, I chose the right date(one of the two actually) that the Sun encoding crosses the approximate Bent pyramid position. Thus below we see the "hop" between two consecutive days, day 1 and day2. The distance between them is 275 meters.
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But a strange thing occurs when we jump time up to our era. Below I chose a 20th century year and chose consecutive days in winter. The approximate altitude chosen is that of the ground (base of the pyramid). We now notice that the distance hop at the pyramid is approximately equal to the base length of the Bent pyramid. But it is this base length that defines the size of the New Jerusalem!
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Up till now I was using the distance depicted in Stellarium when we chose a celestial body which is expressed in M km(millions of kilometers). I then looked at the astronomical calculation window and noted the distance expressed in AU(Astronomical Units). I then multiplied with the exact value of the AU to compute the distance. Using these distances for two consecutive days I was able to derive a very accurate base length for the Bent pyramid.
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Above we see the geographical alignment latitudes for two different altitude values. The first is the ground, set at 57 meters(white labels), and the second is the Bent pyramid apex altitude at 162 meters(yellow labels). The distance in both cases is the same.
In the Bible we are taught about the doubling distance of the planets in regards to Earth.
The 2, 1, and 1/2 distance:
The 3 1/2 distance which is Neptune. The star of Bethlehem:
This brings us to the Sun. If we take the Saturn distance derived from the New Jerusalem cube and divide it by 8(a power of 2) we have the distance of 167,112,000 km. But at present, the distance between the Earth and the Sun varies between 147,095,000 km and 152,100,000 km. This means that the New Jerusalem derived distance does not match the distance between the Earth and the Sun. The New Jerusalem cube has to be smaller so as to relate to the Sun. This means that geographically we must move South. It turns out that the Sun mapped position covers an area ranging from Heliopolis(Sun city) down to South Dahshur.
If we take any instance of time, time, day, month, year and using Stellarium software we station our selves somewhere we can note the exact distance of the Sun at this instance. If we divide this distance by one million (1,000,000) and then multiply it by eight (8) we are led to the half side diagonal of a "New City".
If we then consider a specific altitude above sea level we can compute the latitude of the place in Egypt that yields this New City cube.
I took a look at the Bent pyramid encoding - position. Using the 2589 BC year, I chose the right date(one of the two actually) that the Sun encoding crosses the approximate Bent pyramid position. Thus below we see the "hop" between two consecutive days, day 1 and day2. The distance between them is 275 meters.
But a strange thing occurs when we jump time up to our era. Below I chose a 20th century year and chose consecutive days in winter. The approximate altitude chosen is that of the ground (base of the pyramid). We now notice that the distance hop at the pyramid is approximately equal to the base length of the Bent pyramid. But it is this base length that defines the size of the New Jerusalem!
Up till now I was using the distance depicted in Stellarium when we chose a celestial body which is expressed in M km(millions of kilometers). I then looked at the astronomical calculation window and noted the distance expressed in AU(Astronomical Units). I then multiplied with the exact value of the AU to compute the distance. Using these distances for two consecutive days I was able to derive a very accurate base length for the Bent pyramid.
Above we see the geographical alignment latitudes for two different altitude values. The first is the ground, set at 57 meters(white labels), and the second is the Bent pyramid apex altitude at 162 meters(yellow labels). The distance in both cases is the same.