this presentation will demonstrate how the great sphinx at giza indicates the date ca.16,940 bce. ©...
TRANSCRIPT
This presentation will demonstrate howthe Great Sphinx at Giza indicates
the date ca.16,940 BCE.
© Scott Creighton 2006-2014
Without knowing the direction of the swing we cannot tell.
12:00 am12:00 pm
????
What’s the time? 6:00 am or 6:00 pm?
23,410 BCE(12:00 pm)2,500 CE
10,460 BCE(12:00 am)
What’s the date marked by the Sphinx?
16,940 BCE (6:00 am)or
3,980 BCE (6:00 pm)?
Sphinx
23,410 BCE(12:00 pm)2,500 CE
10,460 BCE(12:00 am)
Without knowing thedirection of the initial ‘swing’ we cannot tellif the Sphinx marks3,980 or 16,940 BCE.
Sphinx
23,410 BCE(12:00 pm)2,500 CE
10,460 BCE(12:00 am)
We need something inthe design that
indicates the direction of the initial swing.
Sphinx
23,410 BCE(12:00 pm)2,500 CE
10,460 BCE(12:00 am)
Was the initial direction from G1 to G3?
Sphinx
G1
G3
23,410 BCE(12:00 pm)2,500 CE
10,460 BCE(12:00 am)
Was the initial direction from G1 to G3?
If from G1 to G3 then the Sphinx marks the date
16,940 BCE.
Sphinx
G1
G3
23,410 BCE(12:00 pm)2,500 CE
10,460 BCE(12:00 am)
Sphinx
Or was the initial direction from G3 to G1?
G1
G3
23,410 BCE(12:00 pm)2,500 CE
10,460 BCE(12:00 am)
Sphinx
Or was the initial direction from G3 to G1?
If from G3 to G1 then the Sphinx marks the date
3,980 BCE.
G1
G3
Is there anything in the pyramid design that might indicatethe direction of the initial (outward) swing of the ‘Precession Pendulum’?
Is there anything in the pyramid design that might indicatethe direction of the initial (outward) swing of the ‘Precession Pendulum’?
There is a possibility.
One of the truly remarkable features of the Giza Pyramids is that theirrelative proportions can be re-created in a simple, systematic fashion
utilising the Orion Belt Stars as the underlying design template.
One of the truly remarkable features of the Giza Pyramids is that theirrelative proportions can be re-created in a simple, systematic fashion
utilising the Orion Belt Stars as the underlying design template.
This is called the ‘Giza-Orion Geo-Stellar Fingerprint’
One of the truly remarkable features of the Giza Pyramids is that theirrelative proportions can be re-created in a simple, systematic fashion
utilising the Orion Belt Stars as the underlying design template.
This is called the ‘Giza-Orion Geo-Stellar Fingerprint’
For any set of three non-linear points (stars), two quite different geo-stellarfingerprints can be created and these are dependent upon which end of
the three points we choose to begin the design.
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Al Nitak (G1)
Al Nilam(G2)
Mintaka(G3)
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Al Nitak (G1)
Al Nilam(G2)
Mintaka(G3)
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Start point G1/Al Nitak(Max Culm)
Start point G3/Mintaka(Min Culm)
Direct
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Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Direct
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Dire
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Des
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Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L1a
Place line from Al Nitakto Al Nilam – L1a.
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Direct
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Dire
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Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L1a
Place line from Mintakato Al Nilam – L1a.
L1a
L1
Double L1a to give L1.
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Direct
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Dire
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Des
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Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L1a
L1
L1
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L1
Direct
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f Des
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Dire
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Des
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Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L2a
From endpoint of L1, place line to Mintaka. L2a.
L1
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L1
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L2a
From endpoint of L1, place line to Al Nitak. L2a.
L2a
L2
Double L2a to give L2.
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L2a
L2
L2
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L2
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Box L2 Diagonal
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Box L2 Diagonal
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Box L2 Diagonal
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Box L2 Diagonal
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
B1
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
B1
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Duplicate B1to give B1a
B1a
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
B1a
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Duplicate L1 & place thrudiagonal of B1a to give L3.
L3
B1a
L1
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L1
B1a
L3
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L3
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
From midpoint of L3, place line to L1. L4a.
L1
L3
L4a
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L1
L3
L4a
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
L4
Double L4a to give L4.
L4a
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L4a L4
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Box L4 Diagonal
L4
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
From endpoint of L3, place line to L1. L5a.
L3
L1
L5a
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L1
L5a
L3
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Double L5a to give L5.
L5
L5a
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L5
L5a
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Box L5 Diagonal
L5
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
L5
Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Direct
ion o
f Des
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Dire
ctio
n of
Des
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Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Orion’s Belt Geo-Stellar Fingerprintfrom G3 to G1
Direct
ion o
f Des
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Orion’s Belt Geo-Stellar Fingerprintfrom G1 to G3
Dire
ctio
n of
Des
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We can see that by commencing the geo-stellar fingerprint from G1 (max culmination)towards G3 we find that the proportions of the resulting bases matches the
actual Gizamids to a very high degree.
We can see that by commencing the geo-stellar fingerprint from G1 (max culmination)towards G3 we find that the proportions of the resulting bases matches the
actual Gizamids to a very high degree.
Conversely, by commencing the geo-stellar fingerprint from G3 towards G1 the resulting bases in no way correspond to the actual main Giza pyramids.
We can see that by commencing the geo-stellar fingerprint from G1 (max culmination)towards G3 we find that the proportions of the resulting bases matches the
actual Gizamids to a very high degree.
Conversely, by commencing the geo-stellar fingerprint from G3 towards G1 the resulting bases in no way correspond to the actual main Giza pyramids.
In other words, the only way to achieve a correspondence with the Giza pyramidsis to start the design at G1 (max culmination). This implies that the direction of the
‘precession pendulum’ outward swing is from G1 (23,410 BCE) towards G3 (10,460 BCE). As such, the Sphinx bisects the precession timeline
at the date ca.16,940 BCE (and not ca.3,980 BCE).