It was from Keith Hamilton's article "The Bent Pyramid" that I read about the Dahshur earthquake. I copy:
1992 Dahshur earthquake:
[en.wikipedia.org]
Casualties: 545 dead, 6512 injured
This bring us to certain coincidences:
1) As I have posted in the past I believe that the pyramids are linked to astronomic information, that is stars as also geographic information, that is mountains. This way we have the gematria - isopsephy relation that adds up the Greek words for pyramid, mountain, and star, that adds up to 1992, the year of the earthquake:
ASTRON(star)+OROS(mountain)+PYRAMIS(pyramid) = 721+440+831 = 1992
2) This relation between pyramids , mountains, star, seems also to relate to exoplanets, planets in other words that orbit around other stars, not our own Sun. This therefore brings us to another coincidence. The first exoplanets discovered were announced on January 9 of 1992. Three planets were detected revolving around the pulsar PSR B1257+12. This is the same year of the Dahshur quake. The time difference is roughly 9 months.
PSR B1257+12:
[en.wikipedia.org]
3) As of 2008 the pyramids of Egypt were considered to number between 118 and 138. So what are the odds of the 1992 earthquake epicenter being closest not to any old pyramid left in rubble, but on the contrary being closest to the best preserved pyramid. A pyramid thought to be erected by an advanced civilization?
I decided to investigate, so I entered the geographical coordinates of the Dahshur quake as documented on wiki, into my Stellarium software. Choosing the epicenter as an observational point I entered the year-month-day of the quake, and then fine tuned the time of day so as to see in what direction the pulsar PSR B1257+12 rose above the horizon. From the azimuth noted I was able to enter it to Google Earth and then determine that the actual rising altitude above the surrounding hills is around 15 minutes of a degree above the horizon.
The interesting thing that I noticed is that if we were to not take into account the atmosphere - light diffraction - then the Heliacal rising of this star took place on the exact date of the earthquake, that is October 12, 1992. Taking into account the atmosphere this changes to October 11, 1992. But these Stellarium computations take into account a flat horizon. Since as I said the true rising is around 15 minutes of a degree above the horizon, means that the actual Heliacal rising of this star is between the October 11 and October 12 dates, so the second could very well be the case here.
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But even though the epicenter of the quake was closest to the Bent pyramid of all the pyramids(actually the Bent cult pyramid is slightly closer but this is not an independent pyramid it is part of the Bent complex), does not necessarily mean that its direction in regards to this pyramid is of any relation to astronomic data like that that relate to the Helical rising of a star. In this case though this seems to be the case. In the following photo the time is set so that this star is around 4 1/2 degrees above the horizon. The Sun has not risen yet. The direction of the pulsar is exactly that of the apex of the Bent pyramid. This means that on the day of the quake we had the Heliacal rising of the pulsar PSR B1257+12 the three planets of which were discovered 9 months earlier, and this star rose before Sunrise above the apex of the Bent pyramid in the East.
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A Google Earth 3-D picture of what we see from the epicenter on the October 12 date at the time of the quake(not at at the time the star rises). The year is set here to 2017. I have drawn a red line leading to the Bent pyramid.
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Quote
The area has had seismic activity, for example the Cairo earthquake of 1992, which measured 5.9 on the Richter scale, was centred near the village of Dahshur.
Quote
Soon afterwards he did his first pyramid restorations at the Red pyramid where a corridor was strengthened and a much bigger undertaking at Djoser’s step pyramid where a large portion of the burial chamber roof had collapsed. (I have not come across any reports of damage to the Bent Pyramid as a result of this earthquake)
1992 Dahshur earthquake:
[en.wikipedia.org]
Casualties: 545 dead, 6512 injured
This bring us to certain coincidences:
1) As I have posted in the past I believe that the pyramids are linked to astronomic information, that is stars as also geographic information, that is mountains. This way we have the gematria - isopsephy relation that adds up the Greek words for pyramid, mountain, and star, that adds up to 1992, the year of the earthquake:
ASTRON(star)+OROS(mountain)+PYRAMIS(pyramid) = 721+440+831 = 1992
2) This relation between pyramids , mountains, star, seems also to relate to exoplanets, planets in other words that orbit around other stars, not our own Sun. This therefore brings us to another coincidence. The first exoplanets discovered were announced on January 9 of 1992. Three planets were detected revolving around the pulsar PSR B1257+12. This is the same year of the Dahshur quake. The time difference is roughly 9 months.
PSR B1257+12:
[en.wikipedia.org]
3) As of 2008 the pyramids of Egypt were considered to number between 118 and 138. So what are the odds of the 1992 earthquake epicenter being closest not to any old pyramid left in rubble, but on the contrary being closest to the best preserved pyramid. A pyramid thought to be erected by an advanced civilization?
I decided to investigate, so I entered the geographical coordinates of the Dahshur quake as documented on wiki, into my Stellarium software. Choosing the epicenter as an observational point I entered the year-month-day of the quake, and then fine tuned the time of day so as to see in what direction the pulsar PSR B1257+12 rose above the horizon. From the azimuth noted I was able to enter it to Google Earth and then determine that the actual rising altitude above the surrounding hills is around 15 minutes of a degree above the horizon.
The interesting thing that I noticed is that if we were to not take into account the atmosphere - light diffraction - then the Heliacal rising of this star took place on the exact date of the earthquake, that is October 12, 1992. Taking into account the atmosphere this changes to October 11, 1992. But these Stellarium computations take into account a flat horizon. Since as I said the true rising is around 15 minutes of a degree above the horizon, means that the actual Heliacal rising of this star is between the October 11 and October 12 dates, so the second could very well be the case here.
But even though the epicenter of the quake was closest to the Bent pyramid of all the pyramids(actually the Bent cult pyramid is slightly closer but this is not an independent pyramid it is part of the Bent complex), does not necessarily mean that its direction in regards to this pyramid is of any relation to astronomic data like that that relate to the Helical rising of a star. In this case though this seems to be the case. In the following photo the time is set so that this star is around 4 1/2 degrees above the horizon. The Sun has not risen yet. The direction of the pulsar is exactly that of the apex of the Bent pyramid. This means that on the day of the quake we had the Heliacal rising of the pulsar PSR B1257+12 the three planets of which were discovered 9 months earlier, and this star rose before Sunrise above the apex of the Bent pyramid in the East.
A Google Earth 3-D picture of what we see from the epicenter on the October 12 date at the time of the quake(not at at the time the star rises). The year is set here to 2017. I have drawn a red line leading to the Bent pyramid.
