How the Sun Moves On A Flat Earth

Published June 23, 2016 by Inquiring Mind in Flat Earth
how the sun travels on a flat earth 2

To begin with this explanation of how the sun moves on a flat Earth we need to first look at what Enoch says in the Book of Enoch, Section III.

The Book of Enoch – How the Sun Moves on a Flat Earth

1 The book of the courses of the luminaries of the heaven, the relations of each, according to their classes, their dominion and their seasons, according to their names and places of origin, and according to their months, which Uriel, the holy angel, who was with me, who is their guide, showed me; and he showed me all their laws exactly as they are, and how it is with regard to all the years of the world 2 and unto eternity, till the new creation is accomplished which dureth till eternity.

And this is the first law of the luminaries: the luminary the Sun has its rising in the eastern portals of the heaven, 3 and its setting in the western portals of the heaven. And I saw six portals in which the sun rises, and six portals in which the sun sets and the moon rises and sets in these portals, and the leaders of the stars and those whom they lead: six in the east and six in the west, and all following each other 4 in accurately corresponding order: also many windows to the right and left of these portals.

And first there goes forth the great luminary, named the Sun, and his circumference is like the 5 circumference of the heaven, and he is quite filled with illuminating and heating fire. The chariot on which he ascends, the wind drives, and the sun goes down from the heaven and returns through the north in order to reach the east, and is so guided that he comes to the appropriate (lit. ‘ that ‘) portal and 6 shines in the face of the heaven. In this way he rises in the first month in the great portal, which 7 is the fourth [those six portals in the cast].

And in that fourth portal from which the sun rises in the first month are twelve window-openings, from which proceed a flame when they are opened in 8 their season. When the sun rises in the heaven, he comes forth through that fourth portal thirty, 9 mornings in succession, and sets accurately in the fourth portal in the west of the heaven. And during this period the day becomes daily longer and the night nightly shorter to the thirtieth 10 morning.

On that day the day is longer than the night by a ninth part, and the day amounts exactly to ten parts and the night to eight parts. And the sun rises from that fourth portal, and sets in the fourth and returns to the fifth portal of the east thirty mornings, and rises from it and sets in the fifth 12 portal.

The second part of Enoch’s description of how the sun moves on a flat Earth

And then the day becomes longer by two parts and amounts to eleven parts, and the night 13 becomes shorter and amounts to seven parts. And it returns to the east and enters into the sixth 14 portal, and rises and sets in the sixth portal one-and-thirty mornings on account of its sign. On that day the day becomes longer than the night, and the day becomes double the night, and the day 15 becomes twelve parts, and the night is shortened and becomes six parts. And the sun mounts up to make the day shorter and the night longer, and the sun returns to the east and enters into the 16 sixth portal, and rises from it and sets thirty mornings.

And when thirty mornings are accomplished, 17 the day decreases by exactly one part, and becomes eleven parts, and the night seven. And the sun goes forth from that sixth portal in the west, and goes to the east and rises in the fifth portal for 18 thirty mornings, and sets in the west again in the fifth western portal.

On that day the day decreases by two parts, and amounts to ten parts and the night to eight parts. And the sun goes forth from that fifth portal and sets in the fifth portal of the west, and rises in the fourth portal for one- 20 and-thirty mornings on account of its sign, and sets in the west. On that day the day is equalized with the night, [and becomes of equal length], and the night amounts to nine parts and the day to 21 nine parts. And the sun rises from that portal and sets in the west, and returns to the east and rises 22 thirty mornings in the third portal and sets in the west in the third portal.

And on that day the night becomes longer than the day, and night becomes longer than night, and day shorter than day till the thirtieth morning, and the night amounts exactly to ten parts and the day to eight 23 parts.

And the sun rises from that third portal and sets in the third portal in the west and returns to the east, and for thirty mornings rises 24 in the second portal in the east, and in like manner sets in the second portal in the west of the heaven. And on that day the night amounts to eleven 25 parts and the day to seven parts. And the sun rises on that day from that second portal and sets in the west in the second portal, and returns to the east into the first portal for one-and-thirty 26 mornings, and sets in the first portal in the west of the heaven.

And on that day the night becomes longer and amounts to the double of the day: and the night amounts exactly to twelve parts and 27 the day to six. And the sun has (therewith) traversed the divisions of his orbit and turns again on those divisions of his orbit, and enters that portal thirty mornings and sets also in the west 28 opposite to it.

The Third Part of Enoch Explaining How the Sun Moves On A Flat Earth

And on that night has the night decreased in length by a ninth part, and the night 29 has become eleven parts and the day seven parts. And the sun has returned and entered into the second portal in the east, and returns on those his divisions of his orbit for thirty mornings, rising 30 and setting. And on that day the night decreases in length, and the night amounts to ten parts 31 and the day to eight. And on that day the sun rises from that portal, and sets in the west, and returns to the east, and rises in the third portal for one-and-thirty mornings, and sets in the west of the heaven. 32

On that day the night decreases and amounts to nine parts, and the day to nine parts, and the night 33 is equal to the day and the year is exactly as to its days three hundred and sixty-four. And the length of the day and of the night, and the shortness of the day and of the night arise-through the course 34 of the sun these distinctions are made (lit. ‘ they are separated ‘).

So it comes that its course becomes 35 daily longer, and its course nightly shorter. And this is the law and the course of the sun, and his return as often as he returns sixty times and rises, i.e. the great luminary which is named the sun, for ever and ever. And that which (thus) rises is the great luminary, and is so named according to 37 its appearance, according as the Lord commanded. As he rises, so he sets and decreases not, and rests not, but runs day and night, and his light is sevenfold brighter than that of the moon; but as regards size they are both equal. [the complete book can be read here]

The explanation for how the sun moves on a flat earth that has been proposed lately is this:

 

 

The problem I have with this model is that the sun doesn’t go in and out of portals. It simply circulates around the face of the Earth. The whole concept hit me of how the sun moves on a flat Earth model while listening to a Dr. Heiser video where he showed this picture.

Cross section view of how the sun moves on a flat Earth

how the sun travels on a flat earthThe things that occur to me while looking at this picture, as far as how the sun moves on a flat earth  are as follows:

  • The sun can enter and exit portals at different levels on the horizon along the firmament edge.
  • The sun goes up and down the firmament depending on where the entry and exit points are.
  • If the sun enters and exists low on the horizon the rays catch the outer edges early in the day and could account for how Antarctica has a period when the sun doesn’t seem to go down. There are some arguments that this has never been proven so the jury is still out on whether there are long periods of light in the Antarctic.
  • Entering and exiting close together and high on the firmament could account for the sun appearing to “never set” in the North as in this video:

On the previous video, taken with a fisheye lense that makes the Earth (and everything else) look curved, there is a point where the sun dips slightly behind the horizon, I think that is where it goes out of the portal and then re enters very close to where it exited making it look like the sun never sets.

how the sun travels on a flat earth

Things to keep in mind about how the sun moves on a flat Earth:

  • The portals can be at different levels on the “sides” of the firmament.
  • The portals can be at different degrees along the western and eastern sides of the firmament.
  • The sun travels around the face of the Earth once it enters the portal.
  • God is not restricted to the speed of the sun. It appears to move at the same speed for us, but in realty is moving faster or slower depending on where it is in the space between the firmament and the face of the Earth. From our perspective there is no time loss as the sun moves out of and into the next portal.

This whole moving up and down the firmament would mean that the sun would appear larger and smaller at different times. Turns out that this is discussed in the heliocentric model this way.

The Earth does not orbit the Sun in a perfect circle. The orbit is slightly elliptical. If you were to draw the Earth’s orbit on a piece of paper, you’d need a sharp eye to detect its non-circularity, but deviant it is. What this means in real terms is that the Earth ranges from about 148 to about 152 million kilometers from the Sun over the course of six months (which is how long it takes to get from one side of the orbit to the other, of course).

When the Earth is closest to the Sun it’s at perihelion, and when it’s farthest it’s called aphelion (I usually pronounce that app-helion, if you care, though I’ve heard others say aff-helion). So today we passed aphelion, and slowly but inexorably, over the next six months we’ll draw slightly closer to the Sun, and then the whole thing repeats. [read the whole Phil Plait article here]

I’d really love to know  your thoughts about how the sun moves on a flat Earth. Please leave them below, links are welcome.

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