Midnight Science (2011-2012), Volume 3, Paper 3
Paper Submitted 20th May 2011, Published (Preview Mode): 20th May 2011
Update: 30th Sept 2012, Changes by Editor: 31st March 2013
Author: Derek Cunningham
In previous work, the Great Pyramids of Giza was transformed from an elaborate burial chamber to an elaborate map of the world where the pyramids align the constellations to the shape of the earth’s continents (2). In this paper, the Giza Pyramid Earth Star Map (GPES Map) is now found in paleolithic-era artwork, at the di El Castillo Cave in Spain and the Lascaux Cave in France. The existence of two paleolithic paintings that appear to scale and align to the GPES Map, is the first piece of physical evidence that the earth-star map was used widely at the end of the last ice-age (2,4).
[Editors Note. Recently a new study has now shown and confirmed that geometrical patterns found at Lascaux are geometrical/astronomical text. It is also now confirmed that the same text is found at the Scottish sites used in Part 1 of the series on solving the Pyramids. Thus the hypothesis put forward here, in the year 2011, that the Lascaux cave paintings are linked to the Great Pyramids of Giza appears to be confirmed by both the world map aspect of the theory, and also by the theory that archaic linear patterns are astronomical writing. It is also now known that the exact same data appears at Stonehenge (see “400,000 Years of Stone Age Science“, and in various religious statues found around the world. The astronomical values used to create the proposed earth map are also present in the Atacama Giant see Volume 10, and the Bush Barrow Lozenge. For part 1 in the series click here.
Previous work directly suggests the possibility that the Pyramids align a group of stars (the stars surrounding the “Summer Triangle”) to take the shape of the earth’s continents (1-7). Unlike most theories surrounding the Pyramids, the theory of an earth map is testable and the theory has directly led to the discovery of a new geoglyph field in Irkutsk (1).
Even more unusual is the ability of the proposed map to identify the location of numerous important locations, such as Rome, Greece, Mecca, Lhasa, and Shangrila in Deqen China (1,2).However, despite initial data suggesting the possible existence of an ancient map created using the stars, the failure to find a physical copy of the proposed earth map prevents the proposed use of this map from being “proven”.
Using standard astronomical programs the astronomical map has previously been “dated” to be circa 14,000 years old (1,2). Artwork discovered at various sites appears to suggest a worldwide link to “bird-type” image holding a staff (3). Thus the purpose here is to now test the structure of a circa 14,000 year old “birdman” figure seen at Lascaux cave in France, which according to Michael Rapenglueck is an astronomical painting, and a secondary painting that is circa 11,000 years old uncovered at Castillo Cave in Spain to determine if they both contain components of the proposed earth-star map. These two paintings at between 11,000 to 16,000 years old, are approximately contemporary with the estimated date of the proposed map.
Archaeological and Astronomical Data
1. The Giza Earth-Star Map
It is argued in prior studies that the orientation required to create the map is found at two different archaeological sites; at a series of potential geoglyphs in Scotland (however this is extremely controversial) and by the layout of the Great Pyramids of Giza (2). The latter of the two sites is also controversial as it is widely considered to be a burial chamber and not inked to astronomy.
The astronomical map primarily uses the stars surrounding the Summer Triangle of Cygnus, Aquila and Lyra – to create a basic but finctional map of earth. To create an optimum fit the star map is aligned in Mercator format to a Mercator map of earth at an angle offset by 6.511 degrees from due north. the 6.511 degree offset angle equals the number of draconic months in an eclipse semester. For scaling the star map is expanded by a factor of three, a process that permits the night sky to be divided into three visible blocks of 120 degrees, each of which can then be independently used for navigation (see 400,000 years of Stone Age Science for further details).
In figure 2, the basic earth star map is drawn with the constellations named. To help observe the constellations more clearly the constellations present during the first wrap are shown in white, and on the second wrap in blue. As seen, a line following the positions of the primary stars of the various constellations then creates a basic outline of the continents.
In the drawn map, which wraps the stars three times around earth (only two wraps are shown here) Hercules now occurs above Orion; and because of their similar shapes the two constellations appear to be twins. The presence of a second set of “twins” appears on the other side of the world, with Pegasus (partially drawn over South America) and Leo over the Caribbean/Atlantic Ocean. Hercules is located under Taurus, thus creating an image similar to the Minotaur.
In the next step a comparison is now made with ancient paleolithic artwork.
2. Lascaux Paleolithic Artwork
With respect to astronomical observations, Michael Rappenglueck (8), was the first to interpret a drawing at Lascaux to be a representation of the Summer Triangle. This is achieved by using the three eyes drawn in the birdman, the bird standing on a line, and the bull feature.
If the analysis of Michael Rappenglueck is correct, the artwork in Lascaux would date the earliest astronomical observations of the Cygnus star pattern in Europe to circa 14,000 to 11,000 BC.
Upon studying Michael Rappenglueck claim of a Summer Triangle link one feature becomes apparent that suggests the interpretation might not be correct. Directly below the feet of the birdman, is a short line. This line has been interpreted to be weapon of some type. But at first glance it appears to represent the constellation Vulpecula.
To test this hypothesis, a star map dating to circa 11,500 BC is overlaid on top of the Lascaux Cave painting drawn in figure 3, which, in turn, is placed on top of a map of the British Isles. See papers 4 and 7 for previous work that links the constellations to a miniature drawing of Cygnus and Aquila over Britain. The logic followed here is the hypothesis of the star map mapping earth originated from a highly preliminary study of various ancient sites in Scotland. The layout of those sites oriented the constellation Cygnus to the correct angle to produce the proposed star map. For this study the time period of 12,000 years BC is used and is sufficiently close to the date identified by Michael Rappenglueck that no major difference will be observed.
Immediately noticeable is a reasonable overlap between the proposed “weapon” at the feet of the strangely drawn person, and the location drawn by the constellation Vulpecula. However, it is clear that the drawn Bull cannot be drawing a local map of the land surrounding the British Isles. The next test is thus to reanalyze the drawing on the proposed global scale.
To create the required astronomical overlap the position, angle of orientation and scale of the drawing must be entirely correct. Here the overlap is not 100% perfect. It is however very close, and the small error seen might just be due to problems inherent in the choice of projection mode.
As we are plotting three dimensional data onto a flat screen some distortion in the drawing is to be expected. It is also not known, from the photograph of the French cave painting, if the surface on which the painting was made is flat, or curved, nor is it known if photographs of the Lascaux cave painting were taken using a lens configuration that results in further distortion of the image.
Using only the constellation Vulpecula, to scale and orientate the Lascaux map, produces the result that when the Lascaux drawing is placed on the drawn mercator map the Bull figure appears to accurately represent the general shape of Asia and The Middle East.
In this overlap, the perhaps most important data is the orientation places the bull with perfect rotational alignment over Asia. Here the scaling factor and the rotation angle is defined entirely by the constellation Vulpecula.
With the study of the Lascaux painting complete interest turns to the astronomical painting of El Castillo
3. El Castillo, Northern Crown painting.
The presence of the constellation Northern-Crown at the de El Castillo Cave in Spain, was first identified by Dr. Michael Rappenglueck (8).
Though possibly younger than the Lascaux cave painting (8), the Cueva de El Castillo drawings are perhaps more important, as they appear to be drawn in Mercator format (Fig. 6a,b).
Below is the el Castillo painting scaled and drawn to the proposed earth star map using the constellation the Norther Crown for scaling purposes (see Fig. 1). As with the Lascaux painting the position, the scale, and the angle of orientation are all set by matching the drawn constellation at el Castillo to the proposed astronomical map created using the Great Pyramids (2,12). Here the Northern Crown lies beside Japan
The Cueva de El Castillo drawing is not quite a world map as it highlights only; Asia, the western coast of North and South America, and the Mediterranean Sea region. There is also a mark that might represent the Amazon River, and to the north of the Amazon a series of blocks overlap the Caribbean Islands. These islands are drawn at the latitude where an ocean crossing from Africa to America is technically the most easiest to achieve. In the only north mid-Atlantic hand impression (beside the Gulf of St Lawrence in Canada) there is a series of low lying underwater mountains lying just beneath the surface of the water. These undersea mountains were probably above sea-level during the last ice age.
Discussion and Conclusions
The various handprints and animals do not by themselves draw any outline that conclusively prove the drawings were intended to produce a functional map of earth. However the drawn constellations do align and position the various symbols to produce a reasonable match. Within this study, in the Lascaux cave drawing, the two rows of three dots between the bird on a stick and the Rhino are not discussed. Neither are the secondary dots seen in the Castillo painting. These features are discussed in more detail in the book 400,000 Years of Stone Age Science, and together with other evidence provided add further data to support the proposed hypothesis.
- D. Cunningham, Scotland and the Cygnus Constellation, Midnight Science Vol. 1 (2011-2012), Paper 1.
- D. Cunningham, The Cygnus Star Map, The Giza Pyramids and their Link to Scotland, Midnight Science Vol. 1 (2011-2012), Paper 2.
- D. Cunningham, Three Enclosures: A comparison between Chinese star Charts and the Cygnus Earth Map, Midnight Science Vol. 2 (2011-2012), Paper 1.
- D. Cunningham, The 14,000 Year Old Road Map, Midnight Science Vol. 2 (2011-2012), Paper 2.
- D. Cunningham, Elements in Motion: Translating the Meaning of YHWH (YHVH), Jehova, GOD, Midnight Science Vol. 2 (2011-2012), Paper 4.
- D. Cunningham, The Cygnus Star Map: The Location of Canterbury, and Other British Religious Centers, Midnight Science Vol. 3 (2011-2012), Paper 1.
- D. Cunningham, The Spiral, The Minotaur and the Map of the World, Midnight Science Vol. 3 (2011-2012), Paper 2.
- Michael Rappenglueck, University of Munich, analysis of Paleolithic art at the Lascaux Cave and Cueva di El Castillo cave systems. News Article BBC August (2000).
- Frank L. Edge, Lascaux cave studies.
- L. A. Congrgado, Lascaux cave studies.
- Kiribati data removed 4th Oct 2011
Copyright and Disclaimer
Copyrights for maps used in this research paper belong to their respective owners. GOOGLE, Google Maps, Google Earth the “Google” logo, and other marks that incorporate the word GOOGLE , are trademarks of Google. The MapQuest name and logo, and related product and service names, design marks and slogans are the trademarks of MapQuest or AOL Inc. All other product and service marks contained herein are the trademarks of their respective owners.
© 2011 Derek Cunningham; Midnight Science: ISSN 2160-0201; Volume 3, Paper 4.
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