A soaring, pyramidal stone gateway was rising just in front of me. It was covered with terraces of carvings, shaped by mythological world of ancient Khmers and their beliefs. The gate was one of five identical monumental portals built as a part of a defensive, twelve-metres long wall surrounding a squared area of Angkor Thom – the Great City (Renown Travel 2010-2020).
Each of the four of the wall’s sides measures three kilometres (Renown Travel 2010-2020). The fortifications were “built […] at [nearly eight metres] high, […] and [with] moats that are [one hundred kilometres] wide. [Their construction is] of laterite buttressed by earth, with a parapet on the top [but without battlements]. As the [city’s central temple, Bayon], itself has no wall or moat of its own, those of the city are interpreted by archaeologists as representing the mountains and oceans surrounding the Bayon’s Mount Meru” (Teo 2014).
“The general flow of water within the square city was apparently established from the north-east to the south-west, in which corner it discharges into a kind of reservoir – the ‘Beng Thom’ – itself draining to the external moat through a row of five tunnels cut through the embankment and the wall” (Glaize 1944).
Portals to the stars
There are four gates at each of the cardinal points, namely the North, the South, the East and the West Gates, built in the middle of the four sides of the wall. While the West Gate is said to be best preserved of all (Glaize 1944), “the mysterious East Gate […] is left in ruins. [It] once served a different purpose and is also known as the Death Gate. Legend has it that it was through East Gate that convicts were sent to be executed” (Teo 2014). From the gates roads lead to the very heart of the City (Glaize 1944; Teo 2014; Renown Travel 2010-2020).
The additional fifth gate, called the Victory Gate, is today well preserved and placed on the axis of the Royal Palace to the East Baray and was apparently dedicated to processions of the victorious king (Glaize 1944; Teo 2014; Renown Travel 2010-2020).
I was just admiring the South Gate. Today it is the main entrance for tourists coming to this famous and gigantesque archaeological site (Teo 2014). Like always during peak seasons, that entrance to Angkor Thom was extremely crowded with a traffic jam of tuk-tuks, motorbikes, small cars and even elephants carrying tourists (Ibid.). All around there were heard voices of people shouting over each other in different languages, the terrifying screech of vehicles and the sound of horns.
Another reason why the place attracts loads of people is the fact that the South Gate is situated “on the path between the two great Angkor complexes” (Teo 2014). Adjacent to Angkor Wat, Angkor Thom additionally constituted the successive capital of the Khmer Empire, which was built in the late twelfth century by King Jayavarman VII (1181-1218), and since then it has been constantly crowded, maybe except the time of the Red Khmers regime (Ibid.).
Each of the gateways, although some overgrown with sprouting roots, made a truly hypnotic impressions (Pałkiewicz 2007:136). They all are composed of a group of three aligned towers (Glaize 1944); the central tower of the portal is flanked by two smaller towers (Teo 2014).
Between them, there are the sculpted statues of three-headed “elephants Airavan, whose trunks are pulling lotus flowers” (Teo 2014; see Pałkiewicz 2007:136). The animals are mounted by the Hindu god Indra with his two wives (Teo 2014). Behind, there are possibly the remains of the Naga’s snake heads, as it is visible in the nineteenth century’s engraving (see Pałkiewicz 2007:136, photo). Between the side towers there is the entrance with the arched vaulting (Ibid.:136). “The opening of the gates are [seven] meters high by [three and half] meters wide in which there were originally massive wooden doors that were closed at night” (Renown Travel 2010-2020).
The entrance is crowned with the major sculpture of the gates: four megalithic faces beautifully enlivened by the play of light and shadow (Pałkiewicz 2007:136). They all are placed at the height of twenty-three metres above the ground, looking down on those who dare to enter their kingdom (Teo 2014; Renown Travel 2010-2020).
The so-called ‘face towers’ are similar to those erected at the Bayon (Renown Travel 2010-2020); they “contain four very large heads on top of the gates facing each of the four cardinal directions” (Ibid.). They are apparently crowned with a headdress resembling a closed flower of lotus. “[The sculpted heads] are believed to represent [Avalokiteshvara] or Lokeshvara, the Bodhisattva of compassion. The central tower contains [two] faces looking in opposite directions; [every] of the smaller towers have [one] face, each looking in one of the remaining two directions” (Ibid.). According to “the accounts of Zhou Daguan, a Chinese diplomat who lived in Angkor for a year until July 1297, […] there was [also] a fifth head on the [very] top at the time, of which nothing, [however], remains today” (Ibid.).
Also known as a gopura
By its intricate carvings, the whole construction of the five gateways looks as if it was shaped by a cascading waterfall. In Indian architecture, also typical of South-East Asia, such a stone gate in the shape of a multi-storey stepped tower, narrowing towards the top and richly decorated with carvings, was referred to as a gopura (PWN 2007:135). Like in the Khmer Empire, since the Middle Ages, gopuras had been usually placed from the four corners of the world, in the wall surrounding temples in southern India (Ibid.:135).
The five gopuras are all preceded by the causeways thrown over the moats, which are, like the gateways, identical in their construction and decorations (Theo 2014; Renown Travel 2010-2020).
Before I passed through the South Gate and entered the Great City, I stopped for longer on the causeway to enjoy my eyes with a view that I deeply remembered (Pałkiewicz 2007:131). Behind a hundred-meter wide moat was the citadel, Angkor Thom, the capital of the late medieval monarchy, where the administrative, religious and commercial life of the kingdom was concentrated (Ibid.:131).
“It was [undoubtedly] the world’s largest city during that time, [ruled] by the famous and great king Jayavarman VII. [He] took over […] the Khmer Empire at a difficult moment, [just] after the invasion of a Cham fleet [that] had destroyed the [previous] capital […], and had taken away the greater part of the country’s properties. […] Angkor Thom covers an area of [nearly] 10 km² [and 900 hectares) within which are located several monuments from earlier eras as well as those established by Jayavarman and his successors” (Teo 2014; see Glaize 1944); apart from a large complex of Bayon, the City also includes four small temples at the corners, known as the Prasat Chrung, Jayavarman VII’s Palace and densely decorated terraces (Glaize 1944; Renown Travel 2010-2020; Pałkiewicz 2007:165-177).
Asuras and Devas
The entrance to the city is guarded by 108 statues of colossal size, holding, or rather pulling, a giant Naga serpent in their hands (Pałkiewicz 2007:131; Hancock 2016:265-266; Copestake, Hancock 1998). The length of the snake body is estimated to around 75 metres (Baskin 2012). On the right side, there are 54 Asuras (demons) with grimace faces, announcing misfortune, and opposite them on the other side of the causeway, there is the same number of demigods (Devas) with distinctively good-natured expressions (Pałkiewicz 2007:131; Hancock 2016:265-266; Copestake, Hancock 1998).
“Lining either side of the causeway are 54 gigantic divinities, like fearsome war-lords. The parapets of the causeway are in solid stone, sculpted to represent [seven]-headed serpents, with the 54 divinities holding the serpents as if to prevent them from escaping.”Tcheou Ta-Kouan (Glaize 1944).
The other four city causeways are similarly decorated; however, Maurice Glaize (1944), a French architect, archaeologist and Conservator of Angkor (1937-1945), notices that at “the north gate […] the grimacing faces of the demons are particularly expressive, in sharp contrast to the serene faces of the gods.”
Unfortunately, many of the statues’ heads are now gone, which is especially visible on the northern causeway leading to Angkor Thom (Lessik 2015; see Pałkiewicz 2007:131, photo); they were mostly cut off during the time when Cambodia was under the rule of the Khmer Rouge (1975-1979 (Lessik 2015). “While [their] ideology might have been part of the decapitations, apparently the main reason was that the […] heads were worth money. Hundreds if not thousands of heads and sometimes whole statues and other antiquities were stolen and sold to buy arms” (Ibid.). Today the statues are more or less preserved but, according to the journalist Jacek Pałkiewicz (2007:131), they bear the hallmarks of carelessly conducted restoration works, because their bodies and heads were not well matched to each other.
However, regardless of their modern scars, made by time and men, the statues still express a clear message transmitted from the past (Copestake, Hancock 1998).
They are actually a three dimensional version of the Hindu story of the Churning of the Sea of Milk (Samudra manthan) (Ibid.). The sculpture complex is nearly analogical in its interpretation to one of ten bas-relief scenes carved on the inside walls of Angkor Wat (Ibid.). Both, the sculpture of Angkor Thom and the bas-relief of Angkor Wat represent the same mythological event, though with some differences (Ibid.). The story is the most famous Hindu parable, frequent in Cambodian culture, and it dates back to the times when Devas (semi-gods) and Asuras (demons) fought with each other for domination over the world (Rafał 2018). Although the Khmer Empire of the king Jayavarman VII was primarily devoted to Buddhism, the Khmer architecture and art had preserved many symbolical elements of the Hindu beliefs, which were intertwined with the major rituals, dedicated to Buddha.
Pulling the Naga
As the legend says, long eras ago, the Devas weakened with time and the Asuras grew stronger (Rafał 2018). The depressed Devas finally went to the god Vishnu for help (Ibid.). He ordered them to get Amrit, the nectar of Immortality, which, lost during the Great Flood, lay at the bottom of the endless ocean (Ibid.). However, the Devas were not able to do it themselves, so as strange as it sounds, they made peace with the Asuras and ask them for help (Ibid.).
To extract the Nectar of Immortality, the spirits used Mount Mandara as a whisk and wrapped it in the bulk of the multi-headed serpent Wasuk (the snake king of Naga) (Rafał 2018). Devas grabbed the serpent’s tail, and Asuras held its heads (Ibid.). Pulling it alternately, the serpent spun the mountain that churn the Ocean (Ibid.). The mountain, however, began to collapse into the depths of the water, to which Vishnu came in the form of the Kurma turtle and supported it on his shell (Ibid.).
The churning took thousands of years; first, the terrible kalakuta poison appeared, which was a by-product of churning and threatened all existence on earth (Rafał 2018).
In order to save the world, Shiva drank the poison, but did not manage to swallow it because his wife Parvati held his throat to stop the poisoning of her husband’s body (Rafał 2018). From then on, Shiva’s neck was blue in colour (Ibid.). During the churning of the Ocean of Milk, jewels began to emerge from the water, including: Moon, Ayravata – an elephant with four tusks, Kamadhenu – a cow of abundance which is an eternal source of milk, goddess of alcoholic beverages, Kalpawryksza – a wonderful tree that fulfils all wishes, a white horse Uććhajśravas, Sankha – the conch of victory, the miraculous bow, the heavenly Apsaras, and finally Lakshmi – the goddess of happiness, wealth and beauty (Ibid.). After all this, Dhanwantari (the doctor of the gods) came out of the ocean holding a pot with Amrit (Ibid.). The gods and demons rushed on the vessel, whereupon Vishnu transformed into a beautiful Mohini and took Amrit (Rafał 2018). The demons, enchanted by her beauty, fell down before her, asking her to decide who deserved the Nectar of Immortality (Ibid.). Mohini gave the Amrit to the Devas who drank it quickly (Ibid.). Only one of the demons – Rahu, managed to enter the ranks of the gods under disguise and taste the drink (Ibid.).
The Sun and Moon, however, recognised Rahu’s disguise and reported it to Vishnu (Rafał 2018). The enraged god cut off the demon’s head when he had not yet swallowed his drink (Ibid.). The separated head of Rahu remained immortal thanks to Nectar and ascended to heaven as a planet, and his dead body (Ketu) fell to the ground (Ibid.). Rahu, wanting to take revenge on the Sun and Moon, tries to swallow them every time he comes close to them, but since it has no body, the Sun and Moon are safe (Ibid.). Hence, according to Hindu theology, the cyclical eclipses of both celestial bodies take place (Ibid.).
Bas-relief and full sculpture
The rejuvenated Devas defeated the Asuras, but the age-old struggle between them every now and then is reborn again (Rafał 2018). Nevertheless, thanks to the Nectar of Immortality, the Devas always win with the Asuras and still have control over the universe (Ibid.). The bas-relief in Angkor Wat adds to the story of the Churning of the Ocean of Milk some characters of the Hindu epic of Ramayana (Ibid.). This is why there is Ravana among the demons, and Hanuman along with demi-gods (Ibid.; see In the Realm of Demon Ravana; Ram Setu: Ape Engineer Builds a Bridge). On the whole, there are 92 demons on the left, and on the other side, 88 gods are pulling the Naga’s tail in the opposite direction (Ibid.).
On the causeways of Angkor Thom, The Ocean of Milk seems to be represented by deep waters of the moats, which flow under the causeway and stretch around the city (Copestake, Hancock 1998). Yet the numbers of Asuras and Devas differ from what is illustrated in Angkor Thom; while approaching the City’s gates, on the right there are 54 demons and, on the left, 54 demi-gods, depicted while pulling the bulk of the serpent (Ibid.). Moreover, unlike in the story, the Naga’s heads are not only wielded by Asuras but also by Devas. It is probably the matter of symmetry and representation of the guards as the open cobra fans in front of the gateway.
Some scholars ascribe a mythological-religious meaning to the sculpture represented on the causeway (Glaize 1944).
“[This] double railing in the form of a [Naga] was perhaps ‘one way of symbolising a rainbow which, in the Indian tradition (and not only), is the expression of the union of man with the world of the gods – materialised here on earth by the royal city. In adding the two lines of giants – devas on the one side and asuras on the other – the architect aimed to suggest the myth of the churning of the ocean in unison by the gods and demons in order to extract the elixir of life. The representation of the churning, with the moats for the ocean and the enclosure wall – and specifically the mass of its gate – for the mountain, is a kind of magic device destined to assure victory and prosperity to the country.’”Mr Cœdes and Paul Mus (Glaize 1944).
Maurice Glaize (1944) seems to share such an idea; it is supported by “the presence of [a guardian deity, Indra], at the extremity of the access causeway” (Ibid.). That would confirm the hypothesis suggested above that the Naga imitates the rainbow as, according to the Hindu mythology, the bow belonging to Indra is in fact the rainbow as well (Glaize 1944).
According to the author, Graham Hancock (1988; 2016:265-266), the complex of Angkor Tom is a monumental, metaphorical representation of precession.
Depicted there numbers bear out this theory: 54 figures in a row on each side of the causeway, so 108 statues per bridge (Copestake, Hancock 1998; Hancock 2016:265-266). There are five causeways leading to the city and surrounding the whole complex, so it gives 540 statues on the whole (Copestake, Hancock 1998; Hancock 2016:265-266). As the author claims, these are all the Precession numbers (Copestake, Hancock 1998; Hancock 2016:265-266). The bridge leads to a gateway (gopura) so the gateway itself and what lies beyond are possibly connected to the mystery of precession (Copestake, Hancock 1998). As such Angkor Tom appears as a vast, sacred enclosure, with its meaningful measurements and a sacral complex in its centre, known as Bayon, the very heart of the City (Ibid.).
But what does the precession actually stand for? One would assume it sounds like the subject of astronomy. And indeed, it is so. But the process of precession gains more importance in terms of its presence in ancient myths (literature) and architecture (art), assuming it is the case. Then the precession becomes the study of archaeoastronomy. That fact becomes even more intriguing when its duration is taken into account. In order to understand entirely the astronomical mechanism of precession, mankind must once have observed its whole and complete process.
The problem is that it takes nearly 26 000 years. Accordingly, its mystery must have been studied by long generations. An archaeoastronomer and Egyptologist, Jane B. Sellers, points out that astronomy, especially precession, is an indispensable tool for studying ancient Egypt and its religion (Hancock 2016:261). According to her, ‘the vast majority of archaeologists do not understand the phenomenon of precession, which affects their interpretations of ancient myths, gods and the correlation of ancient temples’ (Ibid.:261). ‘For astronomers, precession is a well-known fact and it is the responsibility of ancient scholars to learn about this phenomenon’, she claims (Ibid.:261).
It is worth starting here from the very beginning. The planet Earth spins around its axis in a rotary motion, and it goes around the sun in a circular motion (Kosmiczne … 2020). Hence, as a result of the first movement, day follows night (24 hours), and of the second, there are seasons (365 days).
But some astronomical phenomena, such as the position of the constellations of stars in relation to the Earth, are due to another phenomenon, which is called precession (Kosmiczne … 2020). The earth axis moves along the side of the cone surface with its vertex in the center of the earth (Ibid.). In other words, the Earth’s axis draws a circle against the sky (Ibid.). This phenomenon can be compared to a spinning bittern toy (Ibid.). When the axis of such an object is not vertical, the gravitation tries to overturn the toy (Ibid.). Still it cannot be overturn, but characteristically staggers, which is a reflection of the phenomenon of precession (Ibid.). The Earth rotates around its axis, which is not perpendicular to the orbit encircling the Sun, but is invariably deviated from the perpendicular direction, at approximately 23.5 degrees (Ibid.).
The Earth is not exactly a ball because the spinning flattened it slightly at the poles and bulged at the equator (Kosmiczne … 2020). The forces of gravitational pull of the Moon and the Sun to the Earth’s equatorial bulge tend to position the deviated axis of the Planet perpendicularly to its orbit (Ibid.). The Earth, however, spins too fast to yield to these forces, which in turn generates a compromise: the processional movement of the Earth’s axis along the surface of the cone and the axis perpendicular to the Earth’s orbit (Ibid.). In this way, the Earth’s axis cannot be straightened while maintaining a constant inclination to the orbit plane (Ibid.). Yet the axis cannot maintain a fixed position in space and draws an entire cone in about 26,000 years, a period called the Platonic year, the Great Year or the Great Return (Kosmiczne … 2020; Hancock 2016:263). Every Platonic year the points of equinoxes are at the same point on the sky (Kosmiczne … 2020). The Sun returns to the starting point and the new Great Year begins anew (Ibid.). Precession very slowly affects the appearance of the Earth’s sky (Ibid.). The reflection of the Earth’s orbit on the celestial sphere is the ecliptic, and of the Earth’s equator is the Celestial Equator (Ibid.). Due to precession, the Celestial Equator traverses the ecliptic at 1 degree every 72 years, and the Celestial Pole traces a circle around the Ecliptic Pole with a radius of 23.5 degrees (Ibid.).
Hence the position of the stars in the sky is not constant and changes gradually over a very long precession cycle (Ibid.). As a result of the precession of the equinoxes, the position of the stars in the sky changes, including the polar star (Ibid.). Currently, due to precession, the polar star is Polaris (Ibid.).
The phenomenon of precession is predominantly related to the zodiac. The zodiac is a belt on the celestial sphere that consists of 12 parts, about 30 degrees each (Kosmiczne … 2020). The sky changes at a rate of 1 degree every 72 years (Ibid.). The Sun, therefore, spends about 2,160 years in each of the 12 houses of the zodiac constellations (Kosmiczne … 2020; Hancock 2016:263). The constellation where the Sun is at a given moment very slowly moves along the horizon, until finally another constellation takes its place (Kosmiczne … 2020). The boundaries of the zodiacal constellations are arbitrary, hence there are minor differences in the exact determination of the zodiac era (Ibid.).
Who was first?
The slow pace of changes in the sky caused by the precession of the equinoxes is very difficult to be observed in the lifetime of a single human being (Kosmiczne … 2020).
Who and when then discovered it? In 1687, Isaac Newton argued that the precession phenomenon was caused by the forces of gravitation (Ibid.). In 1543, Nicolaus Copernicus characterized the precession as the third movement of the Earth (Ibid.). However, people must have known about the precession thousands of years earlier (Ibid.). Already in the second century BC, a Greek astronomer and mathematician, Hipparchus (Hipparch), wrote about the phenomenon of precession and is credited with its discovery (Kosmiczne … 2020; Hancock 2016:246-247).
By comparing his own measurements during sky observations with those of his predecessors in ancient Babylon and Alexandria, Hipparch noticed that the positions of the stars in the sky were different (Hancock 2016:246-247). To explain the inconsistencies, he presented the precession hypothesis and assigned a value of 45 or 46 angular seconds per year, now the value is more precisely calculated and so is recognised as 50, 274 arcseconds (Ibid.:247). The arcsecond is the smallest unit of the angle (Ibid.:247). There are 60 seconds per arcminute and 60 arcminutes is 1 angular degree; 360 degrees is a complete turn of the Earth around the Sun (Ibid.:247). The annual change is 50, 274 arcseconds (less than an arcminute) (Ibid.:247). And it only takes 72 years (precisely 71,6) for the spring sunrise to shift one degree. By these means it shows how slow the whole process is (Ibid.:247).
Astronomy hidden in myths
In 1969, a historian of science, Prof. Giorgio de Santillana proposed that the phenomenon of precession was already known thousands of years before the discovery of the Greek astronomer (Kosmiczne … 2020). Santillana pointed out that ancient civilizations knew about the mechanism of precession and referred to it in their myths, many of which have survived to our day (Ibid.). Despite criticism from scientists, some experts over time expressed the belief that the phenomenon of precession was indeed known much earlier than it was initially assumed (Ibid.). But then how did the ancient reveal their knowledge of precession? Like in many cases, it was possible only by means of a universal language of mathematics and astronomy. It is a pity I was not very dedicated to science at school …
Numbers and numbers
Ancient myths tell stories, such as one cited above, most of which seem to be just a fruit of human imagination. As such the myths are many a time treated entirely as fictional fairy tales. For some experts, however, their certain details seem rather meaningful, especially because they constantly have been repeated throughout ages (Hancock 2016:263). Among them, there are interesting numbers associated by some scholars with important astronomical events (Ibid.:262).
Accordingly, 12 – number of zodiacal constellations; 30 – number of angular degrees on the ecliptic assigned to each constellation; 72 – number of years during which the sunrise point on the equinox moves one angular degree; 360 – number of angular degrees on the ecliptic plane; 2160 (72×30 ) – the number of years during which the Sun moves on the ecliptic plane by 30 degrees, that is, it passes through one of the 12 zodiacal constellations; 25920 (2160×12) – the length in years of the full precession cycle, i.e. the so-called Great Year, also called the Great Return; 36 – the period in which the sunrise on the equinox day moves by half a degree; 4320 – the period when the sunrise on the day of the equinox moves 60 degrees, which are two constellations of the zodiac (Hancock 2016:262-263).
Language of ancient architecture
Jane B. Sellers is convinced that these numbers form a code of precession, which appears not only in ancient mythology but also in sacred architecture (Hancock 2016:263,265). Examples include the Egyptian temples in Dendera and Karnak, Baalbek in Lebanon, some Hindu temples, in Indonesia the temple of Borobudur, and in Cambodia, the city of Angkor Thom described above (Hancock 2016:265-269; Kosmiczne … 2020). Such knowledge may have been present even at the time of architects of Göbekli Tepe (Kosmiczne … 2020). A fairly rich set of numbers was also included in the so-called long count of the Mayan calendar (Hancock 2016:265).
Moreover, among the major numbers of precessions, there are present their various possible combinations; the precession code allows to freely shift the decimal places, thanks to which almost any sum, permutation, quotient or fraction of basic numbers related to the precession rate of the equinoxes can be achieved (Hancock 2016:263). For example, if one add 36 to 72, they get 108, the number of the statues on one causeway leading to Angkor Thom (Ibid.:263,265). 108 can be multiplied by 2, which gives the number of demons on one side and the number of demigods on the other (Ibid.:263,265). In turn, 54 can be multiplied by 10, which gives 540 statues on all the five causeways, or 108 can be multiplied by the number of causeways (108×5), which gives the same value: 540, the number of all the statues (Ibid.:263,265). What is more, the number 54 is quite frequent in ancient architecture; in Baalbek, for example, there are 54 monumental columns surrounding the temple (Ibid.:267).
Scientific message of fairy tales
It is also worth to mention the fact that the given set of ancient precession numbers are more precise than Hipparch’s calculations made in the fifth century BC (Hancock 2016:264). His calculations show that the precession rate is 45 or 46 angular seconds per year, which shows that the Sun moves one degree on the ecliptic surface in 80 or 78.26 years (Ibid.:264). As calculated today, the true number is 71.6 years (Ibid.:264). Thus, the number 72 given by ancient myths is much more accurate than the later calculations of the Greek mathematician (Ibid.:264).
Myths also give 2160 for the amount of years, during which the Sun goes through one sign of the zodiac (Hancock 2016:264). Today, this value is said to be 2148 years, and the value proposed by Hipparch is 2400 and 2347.8, respectively (Ibid.:264). Finally, the complete precession cycle according to myths is 25920 years, when the Sun completes its journey through all 12 zodiac signs (Ibid.:264). The Greek’s calculations show that it is 28,800 or 28173.6, whereas today it is known that this number is 25,776 years (Ibid.:264). So Hipparchus’ error is 3000 years, and the one visible in the myths is only 144 years, and probably only because the narrative context forced the authors to round the number 71.6 to 72 (Ibid.:264). In architecture, too, it was necessary; In Borobudur, in Java, 72 statues of Buddha are imagined (Ibid.:266). So to follow the exact values, sculptors must have created only 71 whole statues, with one completed just in 0.6 parts.
Through the Gateway
I stared at the carvings of the causeway for a long while, as series of numbers spilled out of my head. I tried to find astronomical solution in every number imagined in the sculpture: the number of mythical serpent’s heads, of elephants’ fangs and trunks, of the faces illustrated on the South Gate. Then I multiplied, divided and subtracted the collective results. In the end, I lost my strength. I don’t have such a head for mathematics as the ancients did …
Finally, tired with my own thoughts, I decided to enter the gateway. Standing in front of the huge gopura, I looked up at the carved faces; they had their still and narrow eyes gazing in the four cardinal points. Suddenly, a scene from my childhood movie came to my mind. In Never Ending Story, the main character, Atreyu, walks through the Sphinx Gate, and when he is losing his confidence, the eyes of the stone colossi get alive and are slowly opening to strike him with their deadly rays. Although I did not feel confident at that time either, I gathered all my courage and walked through the gateway. Bodhisattvas’ eyes remained focused and unblinking.
After a while I found myself in the citadel covered with a damp equatorial forest (Pałkiewicz 2007:136). I had the impression that everything came alive there; sounds of birds were heard in the air, heavy drops of rain fell on the undergrowth and trickles of water flowed from the branches of trees here and there (Ibid.:136). It was the result of heavy rains that rolled through Angkor at dawn. In November, the end of the rainy season still made itself felt. But it was a warm, refreshing rain. The late morning slowly gave way to a sunny day making Angkor Tom’s fragrances and colours more intensive (Ibid.:136). I had entered the kingdom of myths and art but also of astronomy and mathematics.
Featured image: South Gate with the aligned row of Devas along the causeway. Source: Free photo at Pixabay (2016).
Faculties of English Philology, History of Art and Archaeology.
University of Silesia in Katowice, Poland;
Cardinal Stefan Wyszyński University in Warsaw, Poland;
University College Dublin, Ireland.
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4 thoughts on “Through the Passageway of the Khmers’ Stargate of Angkor Tom”
Amazing! Isn’t it hard to believe just how long ago these people already knew something that took us modern science and apparatuses to measure? Thanks for sharing your thoughts on this impressive monument.
Good to hear from you again. Happy you have enjoyed my article. There are so many examples of ancient monuments built according to astronomical events – the more ancient they are, the more they are linked to the sky.
My best regards,
I try to stop by when I find the time. I am somewhat jealous of what you get to see – but very happy that you share it along with your thoughts. In absence of smartphones and televisions I assume people must have watched their surroundings… a starry sky that we nowadays couldn’t even see if we wanted to. What’s impressive is that they somehow managed to recognize the minute changes, which they aptly fitted on a much wider time-scale that far outlives any single human being. I wonder if they wrote this info down or passed it on through word of mouth.
I hope you are fine. As always, thank you for your insight into my the subject of my article.
Nowadays, I am a little overwhelmed by all the activities I have had in my professional life. We have just started a new project on the lore of archangels in early medieval Hiberno-Ireland, and its relations to Oriental Churches, and angelology in general.
I have posted the first article in ‘Ongoing projects’. Much is also posted on our new Youtube Channel. Feel welcome to have a look.
I wish you a good week!