Stonehenge is part of what is arguably the most extensive and complex megalithic site in Europe. New technology has now revealed the existence of another henge less than a kilometre from Stonehenge (BBC Focus October 2010). We were next presented with evidence that an early form of ball bearings may have been used to move the large stones of which the monument was constructed(d). Other recent discoveries in the vicinity include the 3,550-year-old skeleton of a teenage boy buried with a rare amber necklace – a clear indication of status. Furthermore, dental analysis revealed that he had come from the Mediterranean region.
What may have been a much earlier precursor to Stonehenge’s calendrical features, tentatively dated as 10,000 old, has been identified in Scotland’s Aberdeenshire(f). This is now arguably the world’s oldest lunar calendar.
We were next presented with evidence that an early form of ball-bearing may have been used to move the large stones of which the monument was constructed(d). Stone balls were also discovered near a megalithic monument in Scotland and in Malta, stone balls have been found in the vicinity of the ancient temples there – some still in situ under the stones.
More discoveries are expected as investigations continue. In 2014 it was announced that although most attention is focussed on the rising sun on the summer solstice, it is now thought that Stonehenge was more likely to have been concerned with the midwinter setting sun(m).
Stonehenge, among other megalithic structures, has been linked by various writers with Plato’s Atlantis. One extreme example of this is the suggestion that if the number of Aubrey Holes, 56, is multiplied by the diameter of the Aubrey Circle we get 16,200 feet which is “the exact diameter of Plato’s Atlantis”. Now a ten minute search on the Internet reveals FIVE different figures for the diameter of the Circle, ranging from 271.6’ to 288’. Combine that with the uncertainty attached to value of the unit of measurement employed by Plato, it is clear that any claim of a connection between the Aubrey Holes and Atlantis is at best tenuous and at worst foolish.
The late Philip Coppens echoed(b) the views of a fellow Belgian, Marcel Mestdagh, that there might be a connection between monuments within the Stonehenge Heritage Site and Atlantis, namely Woodhenge, which was comprised of posts arranged in six concentric circles. The suggestion being that this arrangement is in some manner a reflection of the concentric features in Atlantis described by Plato. I can only consider this to be highly speculative, somewhat akin to the suggestion(c) that Stonehenge I was an earthquake predictor.
However, in the meanwhile we will have to be content with a recent book by Professor Mike Parker-Pearson, Stonehenge: Exploring the Greatest Stone Age Mystery , which includes all the discoveries revealed by the recent ten years of investigation.
A 2014 offering from Professor David P.Gregg, The Stonehenge Codes, throws further light on the mathematics used for the building and development of Stonehenge over a 1500 year period was consistently the same polygon geometry. Gregg has also identified an earlier Babylonian influence. His book has a considerable numerical content that many will find heavy going. The text of the book is available online(j). The July 2014 edition of the BBC Focus magazine offers evidence that the history of the Stonehenge location can be traced to nearer the end of the Ice Age.
It has been generally accepted for many years that the bluestones (spotted dolerites) at Stonehenge had been brought from the Preseli Mountains of Wales. Now (Nov.2013) evidence has been presented that identifies the precise outcrop, Carn Goedog, as their source(h). Further investigation has produced the claim by Paul Devereux that the rock there was chosen because of its acoustic qualities(i), raising the possibility that Stonehenge was the site of the first ‘rock’ concert.
After centuries of being described as one of the wonders of the megalithic world, the construction skills of Stonehenge’s builders have been harshly criticised by Professor Ronald Hutton of Bristol University, who went as far as to describe them as ‘cowboy builders’(n).
In 2012, Gordon Freeman, a Canadian scientist, published Hidden Stonehenge in which he offers an extensive study of a native American “medicine wheel” in Alberta and compares its astronomical alignments with that of Stonehenge, revealing ‘incredible’ similarities. His book highlights the use of sophisticated astronomical knowledge at both locations, in the very distant past suggesting cultural links millennia before Columbus!
In May 2013, Melville Nicholls published a Kindle ebook, Children of the Sea God, in which he argues strongly for a Stonehenge built by Atlanteans, better known as the Bell Beaker People!
Robert John Langdon has now proposed(g) that Stonehenge was constructed by megalith builders, around 8500 BC, who had migrated from Doggerland/Atlantis as it became submerged and that the Altar Stone at Stonehenge points to Doggerland!
Shoji Yoshinori has suggested that Stonehenge was intended as a model of Atlantis(k). The late Philip Coppens had made a comparable proposal(b).
It is quite obvious that more convincing evidence is required if any claim of a Stonehenge/Atlantis connection is to gain greater traction.
As recent as the summer of 2014 proof was accidentally discovered(o) that proved that the Stonehenge megalithic stones form a complete circle. Commenting on the discovery Susan Greaney from English Heritage said “A lot of people assume we’ve excavated the entire site and everything we’re ever going to know about the monument is known, but actually there’s quite a lot we still don’t know and there’s quite a lot that can be discovered just through non-excavation methods.” *[An extensive digital mapping project carried out at Stonehenge by researchers from the University of Bermingham and the Ludwig Boltzmann Institute of Vienna has revealed “that the area around Stonehenge is teeming with previously unseen archaeology and that the application of new technology can transform how archaeologists and the wider public understand one of the best-studied landscapes on Earth.”(p) ]*
(m)BBC Focus Magazine, July 2014, p.51