a reply to:
TEOTWAWKIAIFF
1) There would be very few Freemasons (if any) who are stone masons. It is only a title
2) The limestone covering was not stolen, the reason the coating is missing lays within the real reason why the pyramids are said to actually be "8
sided" when they are viewed from above, in certain alignments of sunlight
The reason is not because of "incredibly precise engineering" as people propose. It is because the inside of the pyramid is hollow chambers
Not the "inside" tunnels that are commonly known, these are just support chambers and service tunnels. The
REAL INSIDE of the pyramid,
which is on the other side of the walls to those tunnels
The weight of the walls of the pyramids, over time, has sagged (albeit nearly imperceptibly) inwards, due to the fact that the insides are hollow
Over time, with the middle of each face of the pyramid sinking in slightly like this, the rendering has cracked. Until eventually it fell away from
the pyramid completely
This is why only the rendering at the tip and the bottom remains. Because they are the only parts of the faces, which have not sagged in enough to
crack their coating
3) The stones used on the pyramid were not quarried from anywhere. The pyramid is as deep, as it is tall. The stone was cut directly out of the ground
underneath the pyramid. As stone was cut out from the ground, it was moved around constructing the pyramid layer-by-layer upwards, as they cut down
layer-by-layer downwards into the ground
There is a ramp curving up around the inside of the pyramid, all the way from the bottom peak, to the top peak
The so-called "unfinished chamber" at the bottom of the pyramid, likely gives full access to the spiral passage within the pyramid, before it was
filled in, to prevent people from accessing the real inside chambers of the pyramid
There is nothing about the pyramid which is "unfinished", and to suggest so is ridiculous
The fact the top of the pyramid was finished, means they would have needed to cut down past the so-called "unfinished" part
You can tell by the roughness of the floor within the "unfinished" chamber, that it has been filled in
Within the floor, you see the perfectly cut hard edges of some type of large access or stairway leading downwards, which is filled with rough, uneven
ground, where the hole was filled with rubble and dust, which they likely then hardened by compacting it with water
3) There is a forgotten method for moving large stones using centrifugal displacement, which is actually very easy
If you put a heap of people on one side of large stone and have them try push it, it is nearly impossible. Not only do they need to overcome the
weight, they also then need push against the stopping weight of that stone, as it pushes against the ground they are trying to budge it over. A group
of people pushing forwards against a stone, inadvertently push upwards, as they try push forwards. This causes the leading edge of the stone to want
to pitch downwards into the ground they are trying to push it across
Instead, you position the people equally around as many faces of the stone as possible. Then instead of having them all try push the stone in one
particular direction, you have them all push directly inwards towards the centre of the stone. This distributes force into the stones centre, where it
focuses as centrifugal displacement, creating a coefficient of its weight against gravity
You are not overcoming the weight of the stone, you are redistributing the force of that weight to a natural centre, where it is comparatively light,
when it compares in opposition to the weight of the planets core
When you do this, the stone will naturally want to twist. Not move. It will want to rotate
And when it rotates, it will start to resonate under the movement
Have you ever tried moving something really heavy, like a rock in your garden?
If you try pushing it, it is impossible to move
But if you twist it from side to side, it becomes possible to move
This works on the same principle. Except it requires a significant amount of force being pushed inwards on all sides
Something like a four small Rugby teams packing a scum around the four sides of the stone. Each pushing inwards towards each other, to get the stone
to twist under its own weight
Once the stone starts vibrating and moving, it becomes fairly easy to move. As long as you keep moving it at the right consistent speed, to match the
vibrating resonance of the stone
Think about trying to move something heavy like furniture in your house
Something seems impossible to move, until you put in enough force to get it moving
Once it starts vibrating against the floor, you can use that resonance to keep it moving fairly easily
But if you stop, change the speed that you are moving it, or lose that resonance, it digs in and becomes impossibly heavy again. So you need to give
it a good shove to get it started
There is no reason that the stones could not have easily been pushed up the graded ramps within the pyramid
You get the stone to the top of the ramp, turn it outwards towards the edge of the pyramid, and slide it along the edge you have already placed for
the level below
Most importantly, while you are doing this, you build a tower upwards in the centre, that allows you to line up the sides of the pyramid as you move
upwards level-by-level
This tower in the middle, also allows you to create cross-support for the chamber walls, as well as roofs for the chamber, as you build them from the
"support chambers" outwards to the walls of the pyramid being build upwards
Once you get to a point where the outside of the pyramid, the spiral tunnels, and tower all meet, you form a point with the strongest stone you can
find on the tower, to support the weight of the stones going above
To form the "V" roof, you simple stand them up against the outside of a core centre made of smaller weaker stone like limestone. Which you slowly chip
away from the inside of the harder stone, so the two sides can slowly be laid inwards against each other
This allows you to very slowly and carefully tip them over, safely, whilst making precise adjustments to ensure they line up
Once they are touching, you break down the rest of the stone support you built between them and empty the chamber
The cap stones would have been lifted in with angled rocks in much the same way, built around on three sides, leaving a hole in one wall, to be filled
from the inside, as the last stones laid