"Where there is no vision, the people perish: but he that keepeth the law, happy is he."
-- Proverbs 29:18, King James Bible (KJV)

Tuesday, July 28, 2020

Prehistoric Stargazers on the British Isles: Mapping Midheaven Stars at the Cove Stones of Avebury Henge

The Cove Stones of Avebury Henge mark the stars of Midheaven ca. 3000 B.C. in a Decipherment by Andis Kaulins, Traben-Trarbach, 2020 to Commemorate the Passage of the two-tailed Comet NeoWise in 2020 A.D., which awakened a world-wide interest in Astronomy in the Era of the Coronavirus COVID-19.

Click on the following image to obtain a larger original graphic.
Then match the outer perimeter shapes of the stones with the shapes
formed by bright stars in the Starry Night Pro map of Midheaven.


The North Ecliptic Pole is marked clearly by the roundish-shaped disk on Cove Stone I, corresponding to a small circle of stars at Omega Draconis, just below the label Draco on the map above.

The North Celestial Pole is marked on Cove Stone II at the star Thuban (Alpha Draconis), which appears to be the eye of the larger human profile represented by Cove Stone II, with other stars marked by cupmarks seen as small white circles on the stone.
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Avebury-Web.co.uk writes:
"[T]he two cove stones contained within the remnants of the northern inner circle [of Avebury Henge] are amongst the largest and finest stones of the whole monument.
Constructed about 3000 BC the coves have been found to be the earliest of the components that form the henge.... [the] northern circle must have been fundamental to the function of the whole monument."
__________

The prehistoric era had no written word and none of the mapping technology of modernity, so how did the ancients map the heavens in the prehistoric era? 

That is a fundamental question whose answer is essential to an understanding of the prehistoric origins of heaven-centered human belief systems ... systems that we have inherited in evolved form as our "heavenly" religions down to the present day. After all, believers in the gods of yore placed their gods in heaven, and adherents of modern faiths do the same.

If we LOOK carefully, Avebury may provide us with a better understanding of our distant common human past. Avebury Henge is not only the largest megalithic henge ("a prehistoric monument consisting of a circle of stone or wooden uprights") in the world, but it also marks an early stage of organized megalithic culture, characterized by large megalithic ("standing stone") circles and other constructions in Western Europe, particularly in the British Isles. Indeed, megalithic sites are regarded by some observers -- in our view quite correctly -- to be precursors of contemporary "church" structures. As written at Heavens Between the Winds, by Agnes Castle, edited by Rob Reisner, Bob Bayer, and Michael McDavies (2008):
"[S]tone circles proved to be the precursors of churches of modern civilization. For instance the National Church of Scotland is called a Kirk which is a Circle, and we note the term Circus, which is Latin meaning “a ring”, is linguistically related to the Greek word “Kirkos” which means a circular building, edifice or church."
So, forget modernity for now, and put your "primitive brain" to work for a few moments, as if it were 5000 years ago or more -- an era that is relevant still, in spite of the passage of millennia, as just shown to us in 2020 A.D. by the Great Comet Neowise, to whom the ancients probably would have attributed the coronavirus. Only when we understand that the present is an integral part of the past, and that the future is an inevitable product of the present, can we properly gain the attitude required to successfully reconstruct the history of humankind.

Imagine, now, that it is ca. 3000 B.C. and you are sitting around a campfire on an early twilight evening as the twinkling stars emerge to splendored visibility in the sky. You chat amiably with family, friends and neighbors and/or "clan", and you view the broad expanse of stars above you in the night's starry sky, wondering where you are and why. Someone asks: "What is it all about, Alfie."

Consider then, this: if ancient humankind did "map" the stars of the heavens in the megalithic era as part of their belief system and as a part of trying to understand their existence on Planet Earth -- a surveyor-type mapping which also had a practical significance in terms of human orientation and movement geographically on the ground -- ala "Follow the Drinking Gourd" -- how would such a mapping have been done? How could it have been done? And how would such a mapping have been "recorded" so that it could be used in the future?

Let us see if we can figure some of it out, by looking at a modern star map of "midheaven", modernly marked by the stellar constellation Draco, the Dragon, a human "arrangement" of the midheaven stars that traces back more than 2000 years ago to Ptolemy (Claudius Ptolemaeus of Alexandria), his Almagest, and to Hipparchus, viewed by some as the discoverer of precession of the equinoxes.

Initially, for analytical reasons and because of marked environmental changes starting ca. 4250 B.C., we used a base construction date of 4320 B.C. for Avebury Henge. However, Avebury Henge is currently radiocarbon-dated by the archaeologists to ca. 3000 B.C., and that will most likely be right for the henge that we see now, based on what you read below. The Wikipedia informs us that:
"Aubrey Burl suggests dates of 3000 BC for the central cove, 2900 BC for the inner stone circle, 2600 BC for the outer circle and henge, and around 2400 BC for the avenues."
The central "Cove Stones" are of primal importance for understanding what Avebury Henge is all about -- astronomy, viz. a heaven-centered belief system. Did the Cove Stones initially focus on the stars of Midheaven, i.e. the stars at the North Ecliptic Pole, and also North Celestial Pole, an area of the sky which we currently identify as the constellation Draco? We hope to prove that here.

Via Starry Night Pro astronomy software, the images below present graphics of the stars of midheaven at Draco, for two different eras, in an area of sky that is marked by two "poles", the North Ecliptic Pole and the North Celestial Pole. Note the difference in the position of the North Celestial Pole between the first and second image, whereas the North Ecliptic Pole is fixed in the same position.

 The Stars of Midheaven ca. 4320 B.C.
 Click the graphic below to obtain the larger original size image

 The Stars of Midheaven ca. 3117 B.C.
 Click the graphic below to obtain the larger original size image


To repeat, the North Ecliptic Pole is fixed in its position in the sky, whereas the North Celestial Pole moves with time.

The traditional view is that the North Celestial Pole moves one degree every 72 years and sweeps a 360° circle in 25,920 years, measured against the background of the starry signs of the Zodiac, viz. 2160 years x 12. Those numbers are easily worked with, were used by the ancients, and that is why we prefer them.

The phenomenon of "pole movement" itself is called general precession viz. axial precession by astronomers and was historically called "precession of the Equinoxes" (Encyclopaedia Britannica, with a nice graphic image) the most familiar term to most academics. Precession was first arguably measured by Hipparchus (ca. 190 B.C. to 120 B.C.), but he surely relied for his knowledge in part on even older sources, though the question is then, which ones. 

For a nice visual explanation of precession see online the "down to earth" YouTube video by David Cochrane as also the presentation of Axial Precession by Sixty Symbols, who use the general precession period of 26,000 years. Some moderns put the value of Precession of the Equinoxes at 25,772 years based on some formulas with various assumptions that do not seem to be universally accepted. Hence, the actual long-term length of precession is today somewhat unclear officially, and we stick with the traditional value of 25,920 years.

Another issue in viewing how ancient stargazers viewed the heavens is that we moderns do not draw star groupings exactly the same way that our forebears did. The brightest stars of course likely remain pretty much as they always were, but in drawing up an asterism or stellar constellation, even the bright stars can be connected in numerous different ways. 

For example, if we take the stars at Midheaven, modern astronomy draws the tail of the Dragon so that the relatively brighter stars Esadich (Iota Draconis, magnitude 3.28) and Aldhibain (Eta Draconis, magnitude 2.71) each connect to the rather dim star Theta Draconis (magnitude 4.00) that is between them but somewhat to the side of them The ancients appear to have connected the two brighter stars directly in their perimeter stars without connecting Theta.

The question now arises as to whether ANY of the large stones at Avebury in the shape of their outlined perimeter stars (i.e. the "outer profile" of the stone) fit into the image formed by the stars of Draco. The answer has to be: ABSOLUTELY!

How about Avebury Cove Stone I ? and How about Avebury Cove Stone II?

Avebury-Web.co.uk writes:
"[T]he two cove stones contained within the remnants of the northern inner circle [of Avebury Henge] are amongst the largest and finest stones of the whole monument. Constructed about 3000 BC the coves have been found to be the earliest of the components that form the henge."
Avebury-Web.co.uk also alerts us to a photograph out of the past which shows that the Cove Stones have been "righted" recently, perhaps resulting in positional changes that no longer reflect their original orientation, which also is a phenomenon that applies to Alexander Keiller's restoration of Avebury megaliths in the 1930's, when that may already have occurred earlier.


The same thing applies to Cove Stone I, whose position is now about 180° turned from its original position, something suggested by our decipherments of the stars which these megaliths represent.

Stone "F" of the Cove Stones is now missing, apparently having been destroyed, but one can see from the photograph(s) that it represented the stars of Hercules. The nearby "sunken" Cove Stone likely represents Cepheus, as the extreme opposite position of the North Ecliptic Pole in its 26,000-year journey.
For the positions of the stones, I reference Thomas Melrose's Avebury: An Archaeological Map, which can be purchased for under ten pounds at Megalithic Maps online as well as at the Megalithic Portal at Megalithic.co.uk.

In any case, without further ado, here is our decipherment solution to the purpose of Cove Stones I and II, which by their outer perimeters reflect lines that can be drawn in the heavens at Midheaven to represent figures in the stars.



Cove Stone I marks the North Ecliptic Pole at the small circle of stars found at Omega Draconis (ω Draconis viz. 28 Draconis), magnitude 4.77, the brightest star near the actual North Ecliptic Pole, a position here identified and confirmed by the square of stars (HIP 86481, HIP 87237, HIP 87730, and HIP 86184) beneath the star circle at Omega Draconis and also carved on Cove Stone I.

The North Ecliptic Pole is prominently drawn on Cove Stone I as a roundish figure carved clearly, and easily visible to everyone, showing that the ancients used the small circle of stars at Omega Draconis as their heaven's center.

We mark heaven's poles similarly even today, e.g. marking Polaris as the North Celestial Pole Star, even though the pole is not exactly at the right position, but that position otherwise has no bright stars usable for the marking purpose.

Draco is shown as a serpent-like figure carved with its head at the lower left of Cove Stone I, the body extending rightwards to the lower right corner and then upwards to the right upper corner and then around to the left at the top. The perimeter shape (outer profile) of the entire Cove Stone I is the same as the outline shape of the group stars represented by the stone. Avebury Cove I was the first stone at the Avebury Cove that we deciphered, leading us to the subsequent decipherments. Cove II came second, not first, which in retrospect surprises us, because its perimeter shape at the top is so obvious in representing Draco's tail.

The broad outer face of Cove Stone II marks the stars of Draco located next to the stars represented by the broad outer face of Cove Stone I and also marks the North Celestial Pole near the left perimeter of the stone. The upper perimeter of stars so represented corresponds well to the manner in which the tail of Draco is still drawn today. 

More amazingly, when we take the main "outer" profile broad-sides (outer perimeters) and the main outer narrow-sides of Cove Stones I and II, and put them all together in one picture, this results in the figure of a woman to the left and a man to her right profiled in the stars, at the Center of Heaven, as follows:


And now you know.

Saturday, July 18, 2020

Two Tails of Comet NeoWise Photo by Astrophotography Expert Gerald Rhemann at UK's AstronomyNow Magazine

Perhaps the best online photograph yet of the two tails of the Great Comet NeoWise, a photo by Gerald Rhemann, an expert at astrophotography, has been presented at the UK AstronomyNow magazine https://astronomynow.com/2020/07/17/dont-miss-comet-neowise-in-the-evening-sky/ in an article by Mark Armstrong titled "Don’t miss Comet NEOWISE in the evening", an article which also has a useful chart of the positions of Neowise in coming days with respect to the Big Dipper. The home page of Rhemann, Sky Vistas, http://www.astrostudio.at/, has many photographs of comets over the years, but nothing like the split tails of Neowise, which appear to be quite unique.

Friday, July 17, 2020

Comet Neowise Two Tails Featured at NASA via APOD's Astronomy Picture of the Day Photographed by Petr Horalek

Our comment to photograph and material below from APOD and NASA: The two tails of Comet Neowise, visible to the naked eye, may have been seen similarly by megalithic builders in the previous 5th millennium passage of Neowise near Planet Earth. Those ancient stargazers could have depicted the two tails by a figure that modern researchers have guessed to be the rather improbably gigantic spout of a whale at the focus of the megalithic site of
Mané Lud, Locmariaquer, Morbihan bei Carnac, Brittany, France.
________________________________________________________________
The image below via NASA is linked from the APOD website,
which presents the The Long Tails of Comet NEOWISE
Image Credit & Copyright: Petr Horalek:
________________________________________________________________

Astronomy Picture of the Day

Discover the cosmos!
Each day a different image or photograph
of our fascinating universe is featured,
along with a brief explanation written by a professional astronomer.

2020 July 16
See Explanation.  Clicking on the picture will download
the highest resolution version available.

The Long Tails of Comet NEOWISE
Image Credit & Copyright: Petr Horalek
Explanation: This Comet NEOWISE (C/2020 F3) now sweeps through our fair planet's northern skies. Its long tails stretch across this deep skyview from Suchy Vrch, Czech Republic. Recorded on the night of July 13/14, the composite of untracked foreground and tracked and filtered sky exposures teases out details in the comet's tail not visible to the unaided eye. Faint structures extend to the top of the frame, over 20 degrees from the comet's bright coma. Pushed out by the pressure of sunlight itself, the broad curve of the comet's yellowish dust tail is easy to see by eye. But the fainter, more bluish tail is separate from the reflective comet dust. The fainter tail is an ion tail, formed as ions from the cometary coma are dragged outward by magnetic fields in the solar wind and fluoresce in the sunlight. Outbound NEOWISE is climbing higher in northern evening skies, coming closest to Earth on July 23rd.

Notable Images of Comet NEOWISE Submitted to APOD: || July 15 || July 14 || July 13 || July 12 || July 11 || July 10 & earlier ||
Tomorrow's picture: tales in space

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Authors & editors: Robert Nemiroff (MTU) & Jerry Bonnell (UMCP)
NASA Official: Phillip Newman Specific rights apply.
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A service of: ASD at NASA / GSFC
& Michigan Tech. U.


Comet Neowise over Stonehenge Astronomy Photograph by Declan Deval Picture of the Day via APOD NASA

Comet Neowise over Stonehenge
photographed by Declan Deval
Fabulous photo.


Image linked via APOD, Astronomy Picture of the Day, NASA




Saturday, July 11, 2020

Was Comet NEOWISE (C/2020 F3) Depicted ca. 6800 Years Ago at the Megalithic Site Mané Lud, Locmariaquer, Morbihan bei Carnac, Brittany, France ?

And now,
directly relevant to our immediately previous Mané Lud decipherment posting ...
is the question of
whether the Mané Lud (Mane Lud) megalithic dolmen
and its passageway stones
in their total "comet-like" form
were erected ca. 6766 years ago
(the orbital period of Comet Neowise calculated by our modern astronomers)
to commemorate the then similarly close Earth passage of
Comet NEOWISE in the stars of Auriga.

Neowise is named for the telescope used to first discover it in our era,
viz. named C/2020 F3 officially astronomically, and is now seen --
11 July 2020 -- in "full bloom" viz. in full "spouting form" in the starry sky.
See the NASA etc. photo at Space.com which is credited there as:
"Processed data from the WISPR instrument on NASA’s Parker Solar Probe shows greater detail in the twin tails of comet NEOWISE, as seen on July 5, 2020. The lower, broader tail is the comet’s dust tail, while the thinner, upper tail is the comet’s ion tail. (Image credit: NASA/Johns Hopkins APL/Naval Research Lab/Parker Solar Probe/Guillermo Stenborg)"
Comet Neowise and its cometary tail just became visible to the naked eye
in that region of the starry sky that we modernly designate as the stars of Auriga.

That "coincidence" raises the further question about Mané Lud
of whether the mystery figure that is clearly carved
into the central standing stone of this ancient megalithic site
-- seen by some as allegedly depicting a sperm whale with a giant spout --
actually depicts instead, nearly 6800 years ago,
the cometary "split" tail of C/2020 F3, i.e. the Comet Neowise,
which modernly has a split tail according to EarthSky
and could be symbolically represented as we see at Mané Lud
by early stargazers who did not yet know what a comet was.