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HEAVEN and EARTH

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• I've broken down my number findings. It's really easy to argue with these numbers. Simply count them all yourself. I've spent years doing it.. but still know there is likely things wrong here and there. But if someone studies this pic below of the 3 works' character numbers:
Minerval, Vegetable and Animal Life
Magnetic Base / Sound Base

..and if they conclude that there isn't more here to investigate.. well.. that person is not open minded and has no logic. This is simple math counting. A child could do it.. a very patient child.

Closer look at the numbers.. 2 different ways show "the heavens" in light blue and "the earth" in green. Both the punctuation marks of the 3 works.. as well as the line numbers tell the same story and point to the first verse of the Torah.

This is building to the point of as cohesive a message as there is at some point down the road. At least we're on a road that EDL built.. not one that someone else built.

• The number 22 is very interestingly related to the numbers in Gen 1:1.
The sum of 1 to 22 is 253
The sum of first 22 primes is 791
The square of 22 is 484

Study the pics below and see how these numbers relate to 395 The Heavens and 296 The Earth.

• g11 said:
Just a question... (no need to answer)

You know, how far the Moon is claimed to be from the Earth. It is said to be 384,400 km or so.
Then a HAM radio wave is supposedly travelling 2x384000km = 768000km
That is almost a MILLION of kilometres, right?

How narrow is the most narrow directional antenna available to HAM amateurs?
With that distance (to the Moon only), how big or spread is going that radio wave cone would be when it reaches the moon?

What is the attenuation coefficient of the moon's surface? Would you say it is more reflective than attenuating?

That vast diameter radio beam cone, reaching the moon, how would that reflect off the moon? Would it spread even more, because the moon is spherical or would the beam concentrate when being reflected?

How about the Van Allen belts? How does a radio wave propagate through such region of very strong radiation?

Could it bounce off something else?

Oh i see some keywords there too: "Moon landing", "Apollo"...
World Moon Bounce Day, June 29, 2009, was created by Echoes of Apollo and celebrated worldwide as an event preceding the 40th anniversary of the Apollo 11 Moon landing. A highlight of the celebrations was an interview via the Moon with Apollo 8 astronaut Bill Anders. He was also part of the backup crew for Apollo 11. The University of Tasmania in Australia with their 26m dish was able to bounce a data signal off the surface of the Moon which was received by a large dish in the Netherlands - Dwingeloo Radio Observatory. The data signal was successfully resolved back to data setting a world record for the lowest power data signal returned from the Moon with a transmit power of 3 milliwatts - about 1,000th of the power of a flashlight lamp. The second World Moon Bounce Day was April 17, 2010 coinciding with the 40th anniversary of the conclusion of the Apollo 13 mission.
• edited December 2017
@Gardener Great questions. Answer(s): "data signal...".
• @Gardener Great questions. Answer(s): "data signal...".

heh.. yeah! that's right... Data Signals! Please pardon my english
I should have phrased the main question like this:
Could those data signals be bouncing off something else than the Moon?

How much did they say? 3 milliwatts? ehm...

• Watch the movie E.T. . as a child I didn't understand his homemade relay using a speak'n'spell. Then the saw blade with notches was making contact on the speak n spell at different places. The umbrella with tin foil actually works. The handle holds your transmitter.
At this point, we transmit data with pulsed lasers. For some reason people think they only come in red light. How the laser disc works. Try to remember the moon is hollow. At least that is what I was told when they detonated a nuclear bomb on the moon. This is when they stopped going back. Yeah 3 milliwatt. Government has many fifty megawatt and greater an10na's. Working with S.E.T.I. I realized how all these antennas are linked across a large area. If you pulse the outer ring, then middle, then center at the right time with a large area array. You can send out a big signal. We can tell where the signal came from by which antennas hear the signal first. Fractions of second from east coast to west coast.
In experiment's, I noticed the radio signal emitting from the wheel. People thought it was strange I always opened the door just as they were about to knock.the switch on my wheel would get a strange chatter ,every time someone was around. Needless to say when the FCC decided to triangulate my signal I realized the less voltage equals less signal. A 170 volt pulse isn't as strong as a 700 volt pulse. By tapping the antenna to the caps, you can send simple Morse code. All my neighborhood knows to call me before the FCC.if you can't watch TV call me. What I tell people. Or if they are noticing interference on any of their electronics's. Sometimes I don't understand the laws. With my power kite it is the FAA I have to worry about, with the wheel it is the FCC. Power kite I bought so I could drag equipment up in the air. But restrictions prevent this. Why I bought lightning suppressors. From what I was told is they explode when hit by lightning saving costly damage to other equipment. This is why from time to time the radio station will go out for a couple of minute's. They have to replace the link. My power kite the main lines are around 450 pound test, my brake lines are 200+ each. If the brakes are pulled down instead of forward they don't act as brakes.until the kite climbs to the right angle. At 110 pounds it took me for a ride. People ask why I use chains to a ground spike to hold it in place.

http://www.eham.net/reviews/detail/2522
Cx-333
https://www.n2yo.com/satellite/?s=21906
I used to watch the downlink on these.by adjusting the receiver dish angle you could change satellites. Most now have trunking signals. So old receiver's don't work anymore. Used to know someone who had access to dish network current trunking codes. Just don't plug that box to a phone line. The codes will work until they change the satellite trunking key. Why I was showing images embedded in sound. This is what data transmitted over the radio looks like. Most are not watching with a spectrograph. enjoy
• @CONSTITiTION do you know the size of the flywheel and the rings on top? Have you applied your research to it? I'm curious to hear.
• Royalblue thanks for your remark about pit full of snakes. Brought back childhood memories of why the children at school called me "Boot's" . I forgot how snakes get trapped in the caves. I was always warned to stay away from the mines because the danger of cave in, diamond back rattle snakes, and blasting caps. The boot's were for Snake's, push down on the toes so the leather leg of your boot is away from your body. I was surprised the first time I set off a blasting cap. Big bang for such a small device.
• g11 said:

Most are not watching with a spectrograph.

i do...

• @g11 I'm sorry if it brought back bad memories man, I was being dramatic.

@CONSTITiTION I didn't understand the purpose of your research at first, but now I begin to see.
• Nah it was good memories. Mount Rushmore cave system, is full of pit vipers, and hidden gold. Why most of the cave system is restricted access. Black hills gold is different than other types of gold. My uncle showed me how pit vipers are ,filter dick ,both are jerk ,lethargic( how I hate my untrained dragon) lethargic (slow moving) at night. My dyslexia makes it hard to spell some words. Spell checker helps sometimes. Other times spell checker has no idea what I am spelling. So I try dragon. I found dragon gets confused when you use multiple languages. sometimes you have to pronunciate your words correctly otherwise it makes many yearssometimes you have to pronunciate your words correctly otherwise it makes many years. Years is errors. And it doubles the output.
Most call me a survivor. I tell people, how do you kill something that has already died?

Edward shows different examples on how to see. Like leaves blowing in the wind. You don't see wind, you see the effects of wind.

Not sure if this will play a wav file.
• RB,
@CONSTITiTION do you know the size of the flywheel and the rings on top? Have you applied your research to it? I'm curious to hear.

I spent quite a bit of time in the past playing around with the flywheel geometry from different angles of viewpoint. Once I bought an original Model T flywheel magnet online and I have it.. based on what he had. I then reproduced his flywheel from pics on Autocad. Not that hard if you know the "V" magnet dimensions. You just build everything from that.

Another angle I found in the past that was very interesting was the sacred geometry of what I like to think of as "dimensional gateways". One of them incidentally is related to my above posts in this link.. as I was contemplating it the last couple days I saw the tie-in back to those finds. Here is what I mean in short about dimensional gateways.

Take simple circle and square.... the age-old problem of squaring the circle and also apply to the next dimension of cube and sphere. Here is the equations that have captured my attention for quite a few years now:

circumference = perimeter .... 2*pi*r = 4 ...... r = 2/pi .. this is the one above and now finding everywhere in EDL's numbers

area = area ..... pi*r^2 = 1...... r = sqrt(1/pi)

surface area = surface area..... 4*pi*r^2 = 6... r = sqrt((3*pi)/2)

volume = volume... ((4*pi)/3)*(r^3) = 1.. r = (3/(4*pi)^(1/3)

One fact that particularly catches my attention is the fact that the first dimensional gateway is related to the 2nd one. The 2nd one is roughly 0.564 and the first one is 0.636... 2/pi / (sqrt(1/pi) =
2*sqrt(1/pi)

So, both of these circles are in squaring the circle relationship to each other. So, in past I carried this line of reasoning on up the dimensions... to look for a pattern. I then found relationships in the flywheel that were interesting to me at the time. But I can't remember them all now.