stackamoto

The Revelation of the Pyramid, the Moon, the Earth and the Sun /📄 It's time for a geometry thread. If people like this an there's a sufficiently positive response I'll dive much deeper into these sorts of things in the future, I've left out almost everything in this thread to make it readable. 📏📐🌍🌕🌞 Those who built the pyramids had the following measures: degrees (dividing a circle into 6*60, 60 being a highly composite number) -- more on this shortly. seconds (dividing the day into 2*12 divisions of 60*60 minutes/seconds, 12 being another highly composite number) meters (meters are a division of the Earth's polar circumference. For some reason the measure 10,000 pops up here, not relevant for the discussion but note its base 10 rather than 60, on the surface.) Now, meters is probably the most fanciful to all of you, I'm sure you probably won't believe me that a "modern" measure like the meter was used to design the pyramid. But surely you would believe that they used the royal cubit? The modern tale is it's derived from a human's forearm and palm length. Now you've probably heard this was discovered because they found a bunch of marked sticks. That's not true -- the royal cubit shows up in the geometry of the pyramid itself: 280 cubits high 440 cubits wide * The most precise location where these measurements are used are in the so-called King's chamber, which has a more complex geometrical base of measurement. In 1865, the Prussian Karl Richard Lepsius determined what the cubit was in meters: 0.5326 meters. This may seem completely random to you, but it isn't and it's actually quite revealing. This is exactly Pi/6 meters. If you drew a circle that had a diameter of 1 meter, then divided it into 6 pieces, then select one of the pieces of the circle, it will measure exactly 1 cubit. Since the meter is based on the Earth, then of course, the cubit is also. But there's more to this choice than it it seems. If you look at the remainder of the circle, the arc length will obviously be Pi - Pi/6 ~ 5 Pi / 6 This is almost exactly the Golden Ratio, and I mean 0.0015% off. An exact match is impossible as can be proven using Galois theory, pi is transcendental to the algebraic numbers which include irrational numbers like the golden ratio (1 + sqrt(5))/2. Remember the ancient problem of squaring the circle? This is exactly what this measurement and actually most of the dimensions of the pyramid do. But remember how I mentioned the meter is also a subdivision of the Earth's radius? That polar circumference is roughly ~40,000,000 meter. If you do the math, you'll notice something immediately: Since the pyramid uses this subdivision with pi, it measures ~2 seconds of rotation along the Earth's surface, to 0.4-0.7% depending on which reference you take (height or length). That means the Pyramid is roughly a 43,200x scale model of geometry related to the Earth. or 400x108. That 400 appears in the meter's Earth subdivision ratio, so 108 seems to be the common base, which in turn is 3*6*6. Now there is one measure I haven't mentioned yet, and it will probably shock you if you haven't seen it before. The mile. Everyone makes fun of Americans for using the mile when everyone else has "moved on" to the meter. The truth is the two measurements are directly related in a way that's surprising. But to see that we have to momentarily abandon measurements along the Earth and look to the heavens, the Moon, the Sun and the space between them and the Earth. The moon itself has a diameter of 2160 miles. If you do a lot of mental arithmetic, you'll see immediately that 2160=108*20. Fascinating right? What about the Earth? Well, it's kind of impossible to state a general diameter, because the Earth isn't shaped like a sphere, but if we took its volume and squashed it into a precise sphere (i.e. the volumetric radius), its diameter would be ~7920 miles. That's equal to: 108 * 440/6. Yeah that's the 440 from the cubit measurement. The common factor is 36 when it comes to the moon or the Earth due to the component of 3. When you place the moon on top of the Earth in a diagram as I have in the second image, we get more geometry linking Phi and Pi, and the weirdest thing of all: The Earth and the Moon seem to be "drawn" on a grid. This is the kind of thing you'd expect from engineered products, not planetary bodies that allegedly were the result of random planetary accretion. Pause of a second and think about it and you'll either see this as a true revelation or a coincidence. Here's another coincidence for you: The filled pastel circle has a circumference that is almost 8 in the scale of the diagram, i.e. the same as the perimeter of the square. The Earth and the Moon just happen to square the circle as well. Did the choice of the meter play into this little mathematical message? Ok, two planetary bodies. 0.03% errors, divisions using highly composite numbers that align with our measurements of time, there's still a non-astronomical chance that this is a coincidence. That is, until you bring the Sun into the picture. How many seconds are there in a day? If you were in school you probably memorized this calculation: 60 * 60 * 24 = 86,400 seconds. If someone every tries to quiz you about the diameter of the Sun, you now have a neat trick up your sleeve: multiply the number of seconds in a day by 10, and turn it into miles: 60 * 60 * 24 * 10 miles = 864,000 miles Is the radius of the sun. In terms of the 108 mile base, that's 8000. The ratio of the diameter of the moon to the diameter of the sun is exactly 400: 108 * 8000 / 108 * 20 = 400. Another integer, on a relative grid. Another coincidence surely, the redditor mind will say. Well, no, it cannot be a coincidence and tomorrow you'll see it with your own eyes. That's because the Earth to Moon distance to Earth to Sun distance during a solar eclipse is exactly 400 as well. It has to be, otherwise the Moon cannot perfectly cover Sun such that we can see only its corona. But it doesn't quite end there. That's a relative measurement, what about the absolute one? The distance from the Earth to the Moon during this event is roughly ~108 * the diameter of the Moon. The distance from the Earth to the Sun is equal to ~108 * the diameter of the sun. The diameter of the Sun? It's equal 109* the diameter of the Earth. Off by 1, but close. What does all of this mean? That's up to you. But there is indeed something practical you can take from this. There is another cycle, other than the year: precession of the equinoxes. This is almost exactly equal to 240 * 108 = ~25,920 years. The great pyramid itself indicates equinoxes using its 8-fold geometry (please look this up it's amazing). So you have the following things going on: * The rotation of the Earth around itself (the second hand). * The rotation of the Earth around the sun (let's call this the minute hand) And finally the precision cycle represented by the stars. We'll call this a full day in the wheel of time. The sun rises and sets, and this planet sees a cyclical disaster every half precision cycle. The last one was during the so-called Younger Dryas event, almost exactly half a precession cycle ago. That means we are due for another one, very soon. Furthermore, it means the indicator of the hour hand is one of the stars or systems associated with it, and the Pyramid's alignment to it. Which could it be? To figure the answer out to the that we'd have to dive much deeper into the geometry of the site of the pyramid itself as well as the ancient stories about the sky passed down to us since time immemorial. For now, think about all of this as you enjoy the total eclipse tomorrow, leaving you with the ancient riddle of the sphinx: What starts the day on four legs, goes through the afternoon on two, and ends the day on three. Man, and his destiny. /End [* As an aside the ratio is the perfect 7/11 I drew in that other diagram as you can verify for yourself.]