revisiting paradise part 1
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R E V I S I T I N G P A R A D I S E
A NEW PERSPECTIVE ON WELL KNOWN HINTS - PART I
A day is as a thousand years with God...
The Standard Paradise Day
Paradise-Havona standard day is based on the length of timerequired for the planetary abodes of the first or inner
Havona circuit to complete one revolution around the Isle of
Paradise; and though their velocity is enormous, owing to
their situation between the dark gravity bodies and gigantic
Paradise, it requires almost one thousand years for these
spheres to complete their circuit.
37,000,000 worlds [based on the number of worlds in the first Havona
Circuit] take 1,000 earth years to make a revolution around Paradise.
In 1,000 of our years, 37,000,000 worlds will pass by one point on
Peripheral Paradise as they revolve around the outer edge of the
outer circuit of Paradise satellites (seen as the outer ring of 7
worlds in the image above).
Let's look at this concept for a moment, mathematically...
http://www.dualmoments.com/almanac/muchartandsize.htmhttp://www.dualmoments.com/almanac/muchartandsize.htmhttp://www.dualmoments.com/almanac/muchartandsize.htmhttp://www.dualmoments.com/almanac/muchartandsize.htmhttp://www.dualmoments.com/almanac/muchartandsize.htmhttp://www.dualmoments.com/almanac/muchartandsize.htmhttp://www.dualmoments.com/almanac/muchartandsize.htmhttp://www.dualmoments.com/almanac/muchartandsize.htm -
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37,000,000 worlds divided by (/) 1,000 earth years, means that 37,000
of those worlds have passed by any point on the extreme periphery
(circumference) of Paradise, in one earth year. That's cruizin' right
along!
In one earth day - using the exact length of one earth year:
365.242199 days (being 365 days, 5 hours, 48 minutes, 46 seconds) -
about 100 worlds (actually, it is 101.3) :) pass by that same point.
Remembering that there are about 86,400 seconds in a day, 4.2 worlds
pass in an hour, and 1 world passes by every 14.2 minutes (or every
852.9 seconds).
That is about how many worlds would be passing by an observer on
Paradise, of course that is with 21 Sacred Spheres moving in and out
of the field of view. Looking in at Paradise from one of the worlds
of the inner-most circuit would look something like this (though this
is seen from about a 20 degree angle above Paradise), one still gets
the idea of where those 21 Sacred Spheres might be at any one time...
Paradise System Side View
Many months ago I proposed some hypothetical measurements for
Paradise at UBRON.
For lack of even a clue, I used the light year (LY) as a unit, and
then applied that to the Paradise Ratio.
The Paradise Ratio: RP= x:y:z (1.67:1.0:0.1), but in this case I
made the Isle 7:6:0.6 LY. I've chosen the 7:6:0.6 because it iscloser to the numeric translation of the UB text.
In form Paradise differs from the inhabited space bodies: it
is not spherical. It is definitely ellipsoid, being one-sixth
longer in the north-south diameter than in the east-west
diameter. The central Isle is essentially flat, and the
distance from the upper surface to the nether surface is one
tenth that of the east-west diameter.
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My original guess for a Paradise measurement...
If 1 Paradise Unit = 1 LY
x = 7.0 LY (North South)
y = 6.0 LY (East West)
z = 0.6 LY (Upper - Nether)
So, using a deductive approach, going by the first whole numbers as
Paradise Units, and assigning a one light year measurement to each
Paradise Unit, I theorized the above.
Of course, the guess was completely arbitrary since the earth's orbit
around the sun doesn't seemingly have anything to do with the rate at
which light propagates.
But you have to start somewhere. And that's where I started...
For a more graphic idea, axes x and y are laid down in a flat plane,
superimposed through a greatly flattened, ellipsoid (The Paradise
Isle - First Physical Source [FPS]), and should look something like
this...
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Well, to finally start getting to the newpoint...
I believe that there may actually be a relation of light speed* to
distances on Paradise after all. I will be getting to that relation
in Part II. For now though let's examine the problems and possible
pitfalls to this argument, along with some other cosmologically
considered numbers.
Life in the Paradise-measuring world would be much easier if we knew
what the Paradise unit of measurement really was.
And, it would be really really nice if the actual size of the Isle
would be related to the speed of light. How much time does it take a
ray of light to travel from one side of Paradise to another? The
speed of light is = 186,282.397 miles/s.
If we were actually fortunate enough to find a correlation betweenthe Isle of Paradise and the speed of light (or any universal
constant), then we will have the key to unlocking the (probable)
sizes of Paradise, Sacred Spheres, and Billion Perfect Worlds.
If we know that, then we can surmise the amount of local space that
the Central Universe takes up.
Then we can more closely figure how large our Superuniverse of
Orvonton must be.
Once that is accomplished, we are told that the giant Andromeda
Galaxy is outside of the Superuniverse, so estimates for the size of
the Grand Universe might begin to be tendered by comparing the sizes
of these immense systems.
That Andromeda is so relatively close (anywhere from 1 to 2.6 million
LY's from us), we might as well begin to estimate a chart the Primary
Outer Space Level (OS1), where we are also given the hint that there
are no less than "375 million" galaxies.
For the shape of OS1, think of a torus (a donut) filled with 375million galaxies. At it's center is the Grand Universe with 7 some-
what distinct "aggregations of matter" around it's center, each being
a Superuniverse. They would maintain an orbit around their center of
gravity, which brings us back to the Central Universe, and at IT'S
center, the Isle that holds the whole bloomin' thing together!
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It is interesting here to note that Bill Sadler, Jr. in his A Study
of the Master Universe estimated that every Outer Space Level was 100
times larger in volume than the last. So, naturally, estimating the
size of the Primary Outer Space Level (OS1), we would have a volume
of 375 million "cubic galaxies" - with all the intervening space
around them. We could then estimate enough room in the OS levels to
(theoretically) allow...
Potential Number of Outer Space Galaxies
OS1 = 375,000,000 galaxies
OS2 = 37,500,000,000 galaxies
OS3 = 3,750,000,000,000 galaxies
OS4 = 375,000,000,000,000 galaxies
This brings thepossible number of all outer space galaxies to
roughly: 378,787,875,000,000 or about 378 Trillion. That's a lot. And
it is really hard for me to believe it sometimes.
All of this assumes that these galaxies would be packed in tightly to
the same 3D unit (a "cubic galaxy" - whatever that is - may be a cube
with each side = 250,000 LY?), which might not-at-all be the case.
But anyway... In actuality, each torus-shaped space level, even the
whole master universe, would also be stretched into the ellipse
showing the general shape of Paradise and the Central Universe orbits
of the Havona Circuits, as they also follow "...the curve of the
great ellipse" - the outline of Paradise.
Here is the quote that really gets me thinking...
One Paradise-Havona day is just seven minutes, three and one-eighth seconds less than one thousand years of the present
Urantia leap-year calendar.
1,000 years - 7 minutes 3 seconds 125 milliseconds...
423.125 seconds total
THAT SHOULD ASTOUND YOU.
http://www.urantiabook.org/studies/smu/index.htmlhttp://www.urantiabook.org/studies/smu/index.htmlhttp://www.urantiabook.org/studies/smu/index.htmlhttp://www.urantiabook.org/studies/smu/index.htmlhttp://www.urantiabook.org/studies/smu/index.htmlhttp://www.urantiabook.org/studies/smu/index.htmlhttp://www.urantiabook.org/studies/smu/index.htmlhttp://www.urantiabook.org/studies/smu/index.html -
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Now if that doesn't look like some kind of code I don't know what
does!
And notice how incredibly accurate that earth-Paradise/Havona time is
when comparing the two in earth seconds...
* 1,000 earth years = 31,556,925,993.6 earth seconds
* A Paradise/Havona (PH) day = 31,556,925,570.6 earth seconds
* The difference between 1,000 earth years and a Paradise/Havona
day = 423.125 seconds
To find the percent of accuracy for this comparison, we simply take
the PH day (in earth seconds) and divide it by 1,000 earth years (in
earth seconds) and then multiply that number by 100 to make it a
percent.
So...
31,556,925,570.6 earth seconds / 31,556,925,993.6 earth seconds
= 0.99999998659565256496187798569975 * 100
= 99.9999986595652564961877985699%
The earth's orbit could literally be used as a clock for the central
universe to within an accuracy of:
99.9999986595652564961877985699%
For all intents and purposes 1,000 years of earth time IS equal to 1
PH day.
Now, there are many strange coincidences in our world. For instance,
what are the chances that in our sky the apparent sizes of our sun
(93,000,000 miles away) and our moon (a mere 238,857 miles away) are
exactly the same? Not very good you say?
But in fact they are so close in apparent size that they are able to
create a total solar eclipse (where the moon apparently covers the
sun completely), while solar prominences are still able to be seen
leaping off that same sun.
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