logo
Was Stonehenge a phallic temple? New study suggests key stone represents a giant penis

Was Stonehenge a phallic temple? New study suggests key stone represents a giant penis

Independent25-02-2025

New research suggests that, as well as being a probable centre for the veneration of the Sun, Stonehenge was also a fertility temple.
A detailed study of a partly buried fallen stone at the monument has revealed that it may have been sculpted to resemble a giant penis.
The research carried out by Professor Terence Meaden, an archaeologist and retired physicist, suggests that when the stone had stood upright, it would have looked like a 2.6 metre erect male member, equipped at its upper end with an 80-centimetre long glans or bulbous tip.
Professor Meaden, who taught physics at universities in France and Canada and studied archaeology at Oxford, has examined the stone in detail - and has concluded that its shape was deliberately altered in order to give it a phallic appearance.
He estimates that prehistoric craftsmen used tools to remove up to 200,000 cubic centimetres of stone to give it that form.
Although no other phallic standing stones have ever been identified in or around Stonehenge, several small carved stone phalluses, dating from the Stonehenge era, have been found relatively near to the monument - just two miles from it.
Penis-shaped standing stones and carvings seem to have been important elements in many prehistoric belief systems throughout much of the world (especially in Europe and Asia) - and Professor Meaden's research suggests that rituals at Stonehenge itself may have had a phallic dimension.
The monument's newly identified phallus-shaped standing stone (up till now, known to archaeologists simply as 'Stone 67'), now lying horizontal and partly buried, once stood erect in what was arguably the single most important location in Stonehenge and was aligned directly with the mid-summer sunrise and the mid-winter sunset.
The only other stone within the stone circle on that alignment is a six-tonne rock known in recent centuries as the Altar Stone. It too had been shaped, before being put in position.
Some evidence suggests that the latter stone never stood upright and had therefore always lain horizontal.
Because, in solar alignment terms, it seems to have been deliberately paired with the phallus-shaped standing stone, Professor Meaden suspects that the Altar Stone may symbolise or represent female fertility. Certainly, it is significant that more effort was expended to bring it to Stonehenge than any of the monument's other stones - for it was transported (probably by sea) all the way from northern Scotland.
In terms of alignments, Stonehenge was primarily associated with the Sun (specifically the solstices) - but there is some evidence that it may also have had lunar alignments.
If Professor Meaden is correct in asserting that Stone 67 was deliberately shaped as a phallus to represent the male principle and that the Altar Stone was intended to represent the female principle, then it is conceivable that the two stones represented, respectively, a solar and lunar deity. Alternatively, they may have represented, respectively, a solar deity and Mother Earth. In Europe and Asia, many ancient solar deities were male, while Earth and Moon deities were often female. Solar/lunar deity pairings were relatively common in the ancient world, with the Sun often representing masculinity and a moon deity sometimes being the Sun's female consort.
Throughout much of the prehistoric and ancient world, specific rocks or standing stones were perceived as deities, or as containing deities within them or being somehow associated with the divine or the supernatural.
Still today, those traditions live on in some parts of the world - especially in India and in Japan. And in parts of Europe, including the UK, some ancient standing-stone-related rituals were practised until the mid-20th century.
Professor Meaden's identification of a phallus-shaped stone at Stonehenge has been published as part of his latest book about the monument - How Pytheas the Greek Discovered Iron-Age Britain, Stonehenge and Thule.
The phallic-shaped stone would have stood erect, as the monument's key focal feature, for hundreds (probably over two thousand) years - but appears to have eventually been knocked over by some sort of natural or man-made catastrophe. For, at an as yet unknown stage in Stonehenge's history, two huge stones (one weighing over 20 tonnes), located behind the phallic-shaped stone, collapsed - and seem to have knocked over Stone 67.
Professor Meaden believes that during winter solstice (December 20 or 21) rituals at the monument, the phallic-shaped standing stone would have been spectacularly backlit by the setting Sun. The event would have marked the shortest day in the year - the symbolic death and rebirth of the Sun, the point when the days started to get longer again.
"When the phallic stone was in its original upright position on the main solar solstice axis of the monument, it would have blocked any view of the winter-solstice sunset for observers approaching along that probably sacred axis. Instead, they would have witnessed the great stone penis, framed between the two uprights and lintel of what would have been Stonehenge's largest single structure, the so-called Great Trilithon, standing immediately behind it. The phallic stone would then have been wonderfully backlit by the Sun as the glowing solar disc descended to the horizon," said Professor Meaden.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Northern Lights UK: Once in a decade display next month
Northern Lights UK: Once in a decade display next month

Powys County Times

timea day ago

  • Powys County Times

Northern Lights UK: Once in a decade display next month

Parts of the UK could be set to enjoy a once in a decade display of the Northern Lights next month. Increasing numbers of displays have been spotted, with more of the country able to take in the spectacular sights. Within the last year the Aurora Borealis has stunned the nation with dazzling light displays being visible as far south as Dorset, Essex, Cambridgeshire and Berkshire. Northern Lights sightings have increased in recent years and the explanation is well known in the science community, the Met Office has said. Krista Hammond, a Manager at the Met Office Space Weather Operations Centre (MOSWOC), said: 'Activity on the sun, and in particular the number of visible sunspots, varies over roughly an 11-year period, known as the solar cycle.' The last solar minimum, which is when the Sun had the lowest frequency of visible sunspots in the solar cycle, occurred in December 2019. This means that the sun's activity is currently increasing, with the next solar maximum expected around July this year. As a result, more of the Sun's electrically charged particles are travelling towards the Earth and getting caught in its magnetic field, thus producing more of the aurora effect. Krista added: 'Over the coming years, as we continue towards the solar maximum, we can expect to see an increase in the frequency of space weather events, with more chances to see the Aurora Borealis over the UK.' What causes the Northern Lights? The Royal Museums Greenwich explained: 'Solar storms on our star's surface give out huge clouds of electrically charged particles. These particles can travel millions of miles, and some may eventually collide with the Earth. 'Most of these particles are deflected away, but some become captured in the Earth's magnetic field, accelerating down towards the north and south poles into the atmosphere. This is why aurora activity is concentrated at the magnetic poles.' Royal Observatory astronomer, Tom Kerss added: 'These particles then slam into atoms and molecules in the Earth's atmosphere and essentially heat them up. 'We call this physical process 'excitation', but it's very much like heating a gas and making it glow.' Can I see the Northern Lights in the UK? The Royal Museums Greenwich said: 'The aurora borealis can be seen in the northern hemisphere, while the aurora australis is found in the southern hemisphere. 'While the best places to see the aurora are concentrated around the polar regions, the aurora borealis can sometimes be seen in the UK. 'The further north you are the more likely you are to see the display – but heightened solar activity has meant that the northern lights have been seen as far south as Cornwall and Brighton.

Northern Lights UK: Once in a decade display next month
Northern Lights UK: Once in a decade display next month

North Wales Chronicle

timea day ago

  • North Wales Chronicle

Northern Lights UK: Once in a decade display next month

Increasing numbers of displays have been spotted, with more of the country able to take in the spectacular sights. Within the last year the Aurora Borealis has stunned the nation with dazzling light displays being visible as far south as Dorset, Essex, Cambridgeshire and Berkshire. Northern Lights sightings have increased in recent years and the explanation is well known in the science community, the Met Office has said. The aurora is concentrated at the Earth's north and south poles (Image: Owen Humphreys/PA Wire) Krista Hammond, a Manager at the Met Office Space Weather Operations Centre (MOSWOC), said: 'Activity on the sun, and in particular the number of visible sunspots, varies over roughly an 11-year period, known as the solar cycle.' The last solar minimum, which is when the Sun had the lowest frequency of visible sunspots in the solar cycle, occurred in December 2019. This means that the sun's activity is currently increasing, with the next solar maximum expected around July this year. As a result, more of the Sun's electrically charged particles are travelling towards the Earth and getting caught in its magnetic field, thus producing more of the aurora effect. Krista added: 'Over the coming years, as we continue towards the solar maximum, we can expect to see an increase in the frequency of space weather events, with more chances to see the Aurora Borealis over the UK.' The Royal Museums Greenwich explained: 'Solar storms on our star's surface give out huge clouds of electrically charged particles. These particles can travel millions of miles, and some may eventually collide with the Earth. 'Most of these particles are deflected away, but some become captured in the Earth's magnetic field, accelerating down towards the north and south poles into the atmosphere. This is why aurora activity is concentrated at the magnetic poles.' Royal Observatory astronomer, Tom Kerss added: 'These particles then slam into atoms and molecules in the Earth's atmosphere and essentially heat them up. 'We call this physical process 'excitation', but it's very much like heating a gas and making it glow.' The Royal Museums Greenwich said: 'The aurora borealis can be seen in the northern hemisphere, while the aurora australis is found in the southern hemisphere. 'While the best places to see the aurora are concentrated around the polar regions, the aurora borealis can sometimes be seen in the UK. 'The further north you are the more likely you are to see the display – but heightened solar activity has meant that the northern lights have been seen as far south as Cornwall and Brighton. 'The conditions do still need to be right however. Dark and clear nights, preferably with little light pollution, offer the best chance of seeing the aurora.'

Northern Lights UK: Once in a decade display next month
Northern Lights UK: Once in a decade display next month

Leader Live

timea day ago

  • Leader Live

Northern Lights UK: Once in a decade display next month

Increasing numbers of displays have been spotted, with more of the country able to take in the spectacular sights. Within the last year the Aurora Borealis has stunned the nation with dazzling light displays being visible as far south as Dorset, Essex, Cambridgeshire and Berkshire. Northern Lights sightings have increased in recent years and the explanation is well known in the science community, the Met Office has said. The aurora is concentrated at the Earth's north and south poles (Image: Owen Humphreys/PA Wire) Krista Hammond, a Manager at the Met Office Space Weather Operations Centre (MOSWOC), said: 'Activity on the sun, and in particular the number of visible sunspots, varies over roughly an 11-year period, known as the solar cycle.' The last solar minimum, which is when the Sun had the lowest frequency of visible sunspots in the solar cycle, occurred in December 2019. This means that the sun's activity is currently increasing, with the next solar maximum expected around July this year. As a result, more of the Sun's electrically charged particles are travelling towards the Earth and getting caught in its magnetic field, thus producing more of the aurora effect. Krista added: 'Over the coming years, as we continue towards the solar maximum, we can expect to see an increase in the frequency of space weather events, with more chances to see the Aurora Borealis over the UK.' The Royal Museums Greenwich explained: 'Solar storms on our star's surface give out huge clouds of electrically charged particles. These particles can travel millions of miles, and some may eventually collide with the Earth. 'Most of these particles are deflected away, but some become captured in the Earth's magnetic field, accelerating down towards the north and south poles into the atmosphere. This is why aurora activity is concentrated at the magnetic poles.' Royal Observatory astronomer, Tom Kerss added: 'These particles then slam into atoms and molecules in the Earth's atmosphere and essentially heat them up. 'We call this physical process 'excitation', but it's very much like heating a gas and making it glow.' The Royal Museums Greenwich said: 'The aurora borealis can be seen in the northern hemisphere, while the aurora australis is found in the southern hemisphere. 'While the best places to see the aurora are concentrated around the polar regions, the aurora borealis can sometimes be seen in the UK. 'The further north you are the more likely you are to see the display – but heightened solar activity has meant that the northern lights have been seen as far south as Cornwall and Brighton. 'The conditions do still need to be right however. Dark and clear nights, preferably with little light pollution, offer the best chance of seeing the aurora.'

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store