Tuesday, March 24, 2026

Code of Hammurabi

 

Code of Hammurabi

Code of Hammurabi



Source: World History Enciclopedia

What is the Code of Hammurabi?

The black stone stele containing the Code of Hammurabi was carved from a single, four-ton slab of diorite, a durable but incredibly difficult stone for carving.

At its top is a two-and-a-half-foot relief carving of a standing Hammurabi receiving the law—symbolized by a measuring rod and tape—from the seated Shamash, the Babylonian god of justice. The rest of the seven-foot-five-inch monument is covered with columns of chiseled cuneiform script.

The text, compiled at the end of Hammurabi’s reign, is less a proclamation of principles than a collection of legal precedents, set between prose celebrating Hammurabi’s just and pious rule. Hammurabi’s Code provides some of the earliest examples of the doctrine of “lex talionis,” or the laws of retribution, sometimes better known as “an eye for an eye.”

Did you know?

The Code of Hammurabi includes many harsh punishments, sometimes demanding the removal of the guilty party’s tongue, hands, breasts, eye or ear. But the code is also one of the earliest examples of an accused person being considered innocent until proven guilty.

The 282 edicts are all written in if-then form. For example, if a man steals an ox, then he must pay back 30 times its value. The edicts range from family law to professional contracts and administrative law, often outlining different standards of justice for the three classes of Babylonian society—the propertied class, freedmen and slaves.

A doctor’s fee for curing a severe wound would be 10 silver shekels for a gentleman, five shekels for a freedman and two shekels for a slave. Penalties for malpractice followed the same scheme: a doctor who killed a rich patient would have his hands cut off, while only financial restitution was required if the victim was a slave.

 

 

 

The Code of Hammurabi was a set of 282 laws inscribed in stone by the Babylonian king Hammurabi (r. 1795-1750 BCE) who conquered and then ruled ancient Mesopotamia. Although his law code was not the first, it was the most clearly defined and influenced the laws of other cultures.

 

The earliest extant set of laws from ancient Mesopotamia is the Code of Ur-Nammu dating from c. 2100-2050 BCE and set down in the city of Ur either by King Ur-Nammu (r. 2047-2030 BCE) or his son Shulgi of Ur (r. 2029-1982 BCE). These laws were written by a king who ruled over a homogenous population and were operating from a standard recognition of what was expected of the citizens. By the time of Hammurabi’s reign, the population was more diverse, and his law code reflects this in its precision to make sure everyone understood what was expected of them.

 

The laws address business contracts and proper prices for goods as well as family and criminal law. Every crime inscribed on the stele is followed by the punishment to be inflicted. No one could claim they were ignorant of the law as the over seven-foot-tall stele was erected publicly. At the top, it was engraved with an image of Shamash, the god of justice, handing the laws to Hammurabi and the following text makes clear that these are laws of the gods, not arbitrary rules created by mortals.

 

Hammurabi’s empire fell apart after his death and Babylon was sacked repeatedly over the years. Around 1150 BCE, Shutruk Nakhunte, King of Elam, sacked the city of Sippar, near Babylon, and is thought to have taken the Code of Hammurabi along with the statue of the god Marduk back to Elam as spoils of war. It was discovered in 1901 in the ruins of the Elamite city of Susa and today is on display at the Louvre Museum, Paris, France.



 

Code of Ur-Nammu

The earliest Mesopotamian law code was the Code of Urukagina (c. 24th century BCE) which exists today only in fragments. The Code of Ur-Nammu, although also fragmentary in the present day, is still cohesive enough to give a clear understanding of what the laws addressed. The laws were written in cuneiform on clay tablets and follow a model possibly first established by the Code of Urukagina which would also influence the later Laws of Eshnunna (c. 1930 BCE), the code of the king Lipit-Ishtar (r. c. 1870 - c. 1860 BCE), and Hammurabi’s.

 

Ur-Nammu claimed the laws came from the gods and Ur-Nammu was only the administrator, passing down to the people the will of their gods.

Mesopotamia had been governed by Sargon of Akkad (r. 2334-2279 BCE) who established his Akkadian Empire beginning in 2334 BCE. The empire fell to the invading Gutians c. 2083 BCE who, according to the records and literature of the time, refused to recognize the gods of the region and the customs. The king of Uruk, Utu-Hegal, led a successful rebellion against the Gutians and defeated them but, soon after, drowned. He was succeeded in the ongoing war by his son-in-law Ur-Nammu who, with his son, drove the Gutians from the land.

 

Although the people of Mesopotamia had repeatedly rebelled against Sargon and his successors, after the fall of the Akkadian Empire and the resulting chaos of Gutian rule, the Akkadian kings were revered as heroes of a golden age. The literary genre known as Mesopotamian Naru Literature regularly featured Sargon or his grandson Naram-Sin (r. 2261-2224 BCE) as central characters who either embody the principles of kingship or serve as cautionary figures in how one should respect and heed the will of the gods in order to prosper.



 

Law Code of King Ur-Nammu

Law Code of King Ur-Nammu

Osama Shukir Muhammed Amin (Copyright)

Ur-Nammu understood the importance of identifying himself with these heroes of the past who, in his time, were no longer remembered as oppressors but as great father figures who had cared for the land and its people. He therefore presented himself as just such a father figure and instituted a patrimonial state, encouraging his subjects to think of themselves as his children and all as members of a family. In order for this model to work, however, the people had to agree to it. Scholar Paul Kriwaczek comments:

 

For a patrimonial state to be stable over time, it is best ruled with consent, at least with consent from the largest minority, if not from the majority. Instinctive obedience must be the norm, otherwise too much effort needs to be put into suppressing disaffection for the regime’s wider aims to be achievable. (149)

 

The Akkadian kings (in reality, not in the fictionalized form Ur-Nammu’s people remembered them) had suffered numerous rebellions precisely because they did not have the consent of the people. To prevent these same problems, Ur-Nammu claimed the laws came from the gods and Ur-Nammu was only the administrator, the middleman, passing down to the people the will of their gods and enforcing their precepts. The laws all follow the pattern of the conditional sentence, if-this-then-that, as in this brief sampling:

 

If a man proceeded by force and deflowered the virgin slave-woman of another man, that man must pay five shekels of silver.

 

If a man appeared as a witness, and was shown to be a perjurer, he must pay fifteen shekels of silver.

 

If a man knocked out the eye of another man, he shall weigh out half a mina of silver.

 

If a man knocked out a tooth of another man, he shall pay two shekels of silver. (Kriwaczek, 150)

 

The fine for infractions served as a deterrent, no harsher penalty required, because Ur-Nammu had the consent of the governed who all understood – at least in theory – what constituted acceptable behavior. Under Ur-Nammu and his successor-son Shulgi, this model worked well and allowed for the great cultural revival known as the Sumerian Renaissance under their reigns. The Laws of Eshnunna seem to have used Ur-Nammu’s as a model but these applied only to the city of Eshnunna and did not have as great an influence as the others.

 

Code of Lipit-Ishtar

It is unclear whether Ur-Nammu wrote and issued his law code or if it was published by Shulgi after his father’s death but the stability it provided continued through the Third Dynasty of Ur until the reign of Ibbi-Sin (c. 1963-1940 BCE) after which it was succeeded by the Dynasty of Isin, founded by Ishbi-Erra c. 1953/1940. The kingdom had grown progressively weaker even before Ibbi-Sin but during his reign was too weak to fend off invasions by Amorites and Elamites who finally brought down the Third Dynasty of Ur.

 

By the time of Lipit-Ishtar, it could no longer be assumed that everyone was operating with the same understanding of what was proper behavior.

Ishbi-Erra had been a clerk under Ibbi-Sin and criticized the king for weakness before the invasions. He defeated both the Amorites and Elamites and restored order but the population the Dynasty of Isin ruled over was not the homogeneous patriarchal state of Ur-Nammu. Although the kings of Isin established and maintained order, by the time of the 5th king, Lipit-Ishtar, a new law code was necessary.

 

Unlike the Code of Ur-Nammu, the Code of Lipit-Ishtar had to be more precise to address the needs of a more complex society. Monetary fines were still in place as deterrents, but more detailed laws were required for family law and commercial contracts. It could no longer be assumed that everyone under the law was operating with the same understanding of what was proper behavior. Lipit-Ishtar’s code is also fragmentary but among the laws were:

 

If the master of an estate or its mistress has defaulted on the tax of said estate, and a stranger has borne it for three years, the owner may not be evicted but, afterwards, the man who bore the tax of the estate will possess said estate and the former owner cannot contest the claim.

 

If a man’s wife has not borne him children, but a harlot from the public square has borne him children, he shall provide grain, oil, and clothing for the harlot. The children which the harlot has borne him shall be his heirs and as long as his wife lives the harlot shall not live with the wife.

 

If a man cut down a tree in the garden of another man, he shall pay one-half mina of silver. (Duhaime, 1)

 

It is unclear what motivated Lipit-Ishtar to draft his law code, but he was honored during the reigns of his successors as a great king who defeated the Amorites and maintained order. Hymns were written praising him and his code provided the necessary stability up through the reign of the last king of the dynasty, Damiq-ilishu who was overthrown by Sin-Muballit (r. 1812-1793 BCE), fifth Amorite king of Babylon, and father of Hammurabi.

 

Code of Hammurabi

Sin-Muballit could not compete commercially with the lucrative trade center of Larsa which was aligned with the Dynasty of Isin, so he attacked it and was defeated by its king Rim-Sin I. The details of the peace are lost but one stipulation was that Sin-Muballit had to abdicate in favor of his son. Hammurabi began his reign quietly by continuing his father’s domestic policies and building programs in and around Babylon, raising temples, and giving Rim-Sin I and the other monarchs of the region no reason to suspect that he was also enlarging and equipping his army and planning the campaigns that would enable him to conquer Mesopotamia.



 

Code of Hammurabi - Detail

Code of Hammurabi - Detail

ctj71081 (CC BY-SA)

He may have instituted his law code c. 1772 BCE in order to ensure the kind of stability he required at home to successfully launch these campaigns though the date could be later. As Kriwaczek observed above, a king needed the consent of the governed for a stable social base if he had any hope of expanding his power and enlarging his territory. The Code of Hammurabi served this purpose by letting the populace know precisely how they should behave to live in peace under the law.

 

Whereas the earlier law codes set fines and other fairly minor penalties for infractions, Hammurabi’s punishments were far more severe:

 

If a man put out the eye of another man, his eye shall be put out.

 

If he break another man's bone, his bone shall be broken.

 

If a man knock out the teeth of his equal, his teeth shall be knocked out.

 

If a builder build a house for someone, and does not construct it properly,

 

And the house which he built fall in and kill its owner, then that builder shall be put to death.

 

If it kill the son of the owner of the house, the son of that builder shall be put to death. (Pritchard, 161)

 

Hammurabi’s Code exemplifies the law of retributive justice known as Lex Talionis defined by the concept of “an eye for an eye and a tooth for a tooth”. This was necessary because the population was now even more diverse than it had been under Lipit-Ishtar. Kriwaczek comments:

 

Hammurabi's laws reflect the shock of an unprecedented social environment: the multi-ethnic, multi-tribal Babylonian world. In earlier Sumerian-Akkadian times, all communities had felt themselves to be joint members of the same family, all equally servants under the eyes of the gods. In such circumstances disputes could be settled by recourse to a collectively accepted value system, where blood was thicker than water, and fair restitution more desirable than revenge. Now, however, when urban citizens commonly rubbed shoulders with nomads following a completely different way of life, when speakers of several west Semitic Amurru languages, as well as others, were thrown together with uncomprehending Akkadians, confrontation must all too easily have spilled over into conflict. Vendettas and blood feuds must often have threatened the cohesion of the empire. (180)

 

To prevent the possibility of such feuds contributing to social instability, Hammurabi made sure his laws were understood to be absolute. In the same way that Ur-Nammu claimed he had received his laws from the gods, so did Hammurabi but, in order for this to be perfectly clear, he had an image of the god of justice, Shamash, engraved at the top of the stele handing the laws down to Hammurabi. The laws which then follow down from that image in rows of cuneiform refer back to their divine origin as well as the greatness of Hammurabi as bani matim (“builder of the land”) who raised majestic temples to the gods, built canals, and irrigated the lands, and who was administering these laws for the good of all the people.



Hammurabi and Shamash

Conquest & Consolidation



Hammurabi had shown himself a good and just king to his people and, having won the consent of the governed through his policies and laws, he was ready to expand his reach. When the Elamites invaded southern Mesopotamia, Hammurabi allied himself with Larsa and defeated them. He then quickly broke the alliance and took the cities of Uruk and Isin, which were under Larsa’s control, and drew on those resources to take others. Hammurabi repeatedly made alliances, kept them as long as they served his purpose, and broke them when he found they were no longer useful.

 

Once he had conquered southern Mesopotamia, he marched north. In the most startling display of his ability to turn on former allies, he attacked the Amorite kingdom of Mari whose monarch, Zimri-Lim (r. 1775-1761 BCE), had supported him from the beginning of his expansion. Throughout his campaigns, Hammurabi would take a city – often by either damming up the water until the defenders surrendered or damming and then releasing the water suddenly to flood the city and create confusion just prior to attacking – and then afterwards rebuild and refurbish it. In the case of Mari, however, he completely destroyed the city and left it in ruins while he continued his campaigns throughout the region and consolidated his control over the whole of Mesopotamia by 1755 BCE.

Babylon at the time of Hammurabi

Conclusion

Hammurabi’s code was instituted throughout the land, unifying the people under law instead of only by conquest. Unlike the Akkadian Empire, which had found it necessary to position hand-picked officials to administrate their conquered cities, Hammurabi controlled his empire through law. In the prologue to his code, he not only makes clear that these are divine laws but that he had only the people’s best interests at heart in administering them:

 

When the lofty Anu, King of the Annunaki and Bel, Lord of Heaven and Earth, he who determines the destiny of the land, committed the rule of all mankind to Marduk, when they pronounced the lofty name of Babylon, when they made it famous among the quarters of the world and in its midst established an everlasting kingdom whose foundations were firm as heaven and earth – at that time Anu and Bel called me, Hammurabi, the exalted prince, the worshipper of the gods, to cause justice to prevail in the land, to destroy the wicked and the evil, to prevent the strong from oppressing the weak, to enlighten the land and to further the welfare of the people. Hammurabi, the governor named by Bel, am I, who brought about plenty and abundance. (Durant, 219)

 

The concept of the law as an institution that protects the weak from the strong, as a force before which all people were equal, encouraged respect and admiration not only for the laws but also the lawgiver. Even though Hammurabi had taken the cities through conquest, during the last five years of his reign there is no evidence of revolt or dissent. The people recognized the laws of Hammurabi as working in their own interest and so upheld them, encouraging further stability and allowing for cultural advances.

Unfortunately, the empire of laws Hammurabi had created did not survive long after his death. His son and successor, Samsu-Iluna, who had co-ruled with him after 1755 BCE, was not up to the task of becoming a second Hammurabi. The city-states that had been content under Babylonian rule while the great king lived, revolted after his death, and while they may have kept his laws in their individual communities, they seem to have seen no need for the kind of unity Hammurabi had created.

 

This lack of unity made the city-states easy prey for invaders. The Hittites invaded in 1595 BCE and the Kassites shortly after and then the Elamites c. 1150 BCE under their king Shutruk Nakhunte. At this time, it is thought, the stele of the Code of Hammurabi was taken back to Elam where it would be found in 1901 CE broken in pieces. Its influence is notable, however, in the creation of later law codes such as the Middle Assyrian Laws, the Neo-Babylonian Laws, and the Mosaic Law of the Bible, all of which follow the same model as Hammurabi’s code in providing people with an objective, universal directive on how to treat others and how one should expect to be treated in a civilized society.

 

Did you like this definition?



Babylon is the most famous city from ancient Mesopotamia, whose ruins lie in modern-day Hillah, Iraq, 59 miles (94 km) southwest of Baghdad. The name is derived from bav-il or bav-ilim, which in Akkadian meant "Gate of God" (or "Gate of the Gods"), given as Babylon in Greek. In its time, it was a great cultural and religious center and, at its height, the largest city in the world.

 

The city was referenced with awe by ancient Greek writers and was reportedly the site of the Hanging Gardens of Babylon, one of the Seven Wonders of the Ancient World. Its reputation has been tarnished by the many unfavorable references to it in the Bible, beginning with Genesis 11:1-9 and the story of the Tower of Babel, associated with the Etemenanki ("House of the Foundation of Heaven and Earth"), the great ziggurat of Babylon.

 

The city also appears unfavorably in the books of Daniel, Jeremiah, Isaiah, and, most famously, the book of Revelation. Scholar Paul Kriwaczek notes that Babylon "can blame her evil repute squarely on the Bible" (167). Although none of these narratives speak well of the city, they were ultimately responsible for its fame (or infamy) in the modern age, which led to its rediscovery by the German archaeologist Robert Koldewey in 1899.

 

Babylon was founded at some point prior to the reign of Sargon of Akkad (the Great, 2334-2279 BCE) and seems to have been a minor port city on the Euphrates River until the rise of Hammurabi (reign 1792-1750 BCE), who made it the capital of his Babylonian Empire. After Hammurabi's death, his empire quickly fell apart. The city was sacked by the Hittites in 1595 BCE and then taken by the Kassites, who renamed it Karanduniash.

 

The earliest mention of the city comes from an inscription from the time of Sargon of Akkad.

It was briefly ruled by the Chaldeans (9th century BCE), whose name became synonymous with Babylonians to later Greek writers (notably Herodotus) and biblical scribes, and then was controlled by the Neo-Assyrian Empire (912-612 BCE) before being taken by Nabopolassar (reign 626-605 BCE), who established the Neo-Babylonian Empire. Babylon fell to the Persians under Cyrus II (the Great, reign circa 550-530 BCE) and was the capital of the Achaemenid Empire (550-330 BCE) until it fell to Alexander the Great in 331 BCE.

 

It continued as a trade center under the later Seleucid Empire (312-63 BCE), Parthian Empire (247 BCE to 224 CE), and Sassanian Empire (224-651), but it never attained the heights it had known under Hammurabi or the Neo-Babylonian king Nebuchadnezzar II (reign 605/604-562 BCE). The city declined after the Muslim Arab conquest in the 7th century and was finally abandoned.

 

It was known only through biblical narratives and classical writers until its discovery in the 19th century. In the 1980s, restoration attempts were made under then-president Saddam Hussein, including a reconstruction of the Ishtar Gate (the actual gate is presently in the Pergamon Museum of Berlin, Germany). In 2019, the ruins of the great city were declared a UNESCO World Heritage Site



Bibliography

1860 BC: The Code of Lipit Ishtar by Lloyd Duhaime, accessed 23 Jun 2021.

Bertman, S. Handbook to Life in Ancient Mesopotamia. Oxford University Press, 2005.

Bottéro, J. Everyday Life in Ancient Mesopotamia. Johns Hopkins University Press, 2001.

Durant, W. Our Oriental Heritage . Simon & Schuster, 1997.

Kriwaczek, P. Babylon: Mesopotamia and the Birth of Civilization. St. Martin's Griffin, 2012.

Leick, G. The A to Z of Mesopotamia . Scarecrow Press, 2010.

Pritchard, J. B. The Ancient Near East: An Anthology of Texts and Pictures, Volume I. Princeton University Press, 2010.

Van De Mieroop, M. A History of the Ancient Near East ca. 3000 - 323 BC. Blackwell Publishing, 2006.

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About the Author

Joshua J. Mark

Joshua J. Mark

Joshua J. Mark is World History Encyclopedia's co-founder and Content Director. He was previously a professor at Marist College (NY) where he taught history, philosophy, literature, and writing. He has traveled extensively and lived in Greece and Germany.

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Wednesday, January 28, 2026

Great Pyramid of Giza

 

Great Pyramid of Giza


David Stanley


Source: World History Enyclopedia

By Joshua J Mark 

Wikipedia Encyclopedia Free

The Great Pyramid of Giza is a defining symbol of Egypt and the last of the ancient Seven Wonders of the World. It is located on the Giza plateau near the modern city of Cairo and was built over a twenty-year period during the reign of the king Khufu (2589-2566 BCE, also known as Cheops) of the 4th Dynasty.


Postal card  19 century

 

Until the Eiffel Tower was completed in Paris, France in 1889, the Great Pyramid was the tallest structure made by human hands in the world; a record it held for over 3,000 years and one unlikely to be broken. Other scholars have pointed to the Lincoln Cathedral spire in England, built in 1300, as the structure which finally surpassed the Great Pyramid in height but, still, the Egyptian monument held the title for an impressive span of time.

 

The pyramid rises to a height of 479 feet (146 metres) with a base of 754 feet (230 metres) and is comprised of over two million blocks of stone. Some of these stones are of such immense size and weight (such as the granite slabs in the King's Chamber) that the logistics of raising and positioning them so precisely seems an impossibility by modern standards.

 

The pyramid was first excavated using modern techniques and scientific analysis in 1880 by Sir William Matthew Flinders Petrie (l.1853-1942), the British archaeologist who set the standard for archaeological operations in Egypt generally and at Giza specifically. Writing on the pyramid in 1883, Flinders Petrie noted:

 

The Great Pyramid has lent its name as a sort of by-word for paradoxes; and, as moths to a candle, so are theorisers attracted to it. (1)

 

Although many theories persist as to the purpose of the pyramid, the most widely accepted understanding is that it was constructed as a tomb for king KHUFU.

Although many theories persist as to the purpose of the pyramid, the most widely accepted understanding is that it was constructed as a tomb for the king. Exactly how it was built, however, still puzzles people in the modern day. The theory of ramps running around the outside of the structure to move the blocks into place is still debated by historians. So-called "fringe" or "New Age" theories abound, in an effort to explain the advanced technology required for the structure, citing extra-terrestrials and their imagined frequent visits to Egypt in antiquity.

 

These theories continue to be advanced in spite of the increasing body of evidence substantiating that the pyramid was built by the ancient Egyptians using technological means which, most likely, were so common to them that they felt no need to record them. Still, the intricacy of the interior passages, shafts, and chambers (The King's Chamber, Queen's Chamber, and Grand Gallery) as well as the nearby Osiris Shaft, coupled with the mystery of how the pyramid was built at all and its orientation to cardinal points, encourages the persistence of these fringe theories.

 

Another enduring theory regarding the monument's construction is that it was built on the backs of slaves. Contrary to the popular opinion that Egyptian monuments in general, and the Great Pyramid in particular, were built using Hebrew slave labor, the pyramids of Giza and all other temples and monuments in the country were constructed by Egyptians who were hired for their skills and compensated for their efforts. No evidence of any kind whatsoever - from any era of Egypt's history - supports the narrative events described in the biblical Book of Exodus.

 

 

Worker's housing at Giza was discovered and fully documented in 1979 by Egyptologists Lehner and Haws but, even before this evidence came to light, ancient Egyptian documentation substantiated payment to Egyptian workers for state-sponsored monuments while offering no evidence of forced labor by a slave population of any particular ethnic group. Egyptians from all over the country worked on the monument, for a variety of reasons, to build an eternal home for their king which would last through eternity.

 

Pyramids & the Giza Plateau

Toward the end of the Early Dynastic Period (c. 3150-c.2613 BCE) the vizier Imhotep ((c. 2667-2600 BCE) devised a means of creating an elaborate tomb, unlike any other, for his king Djoser. Prior to Djoser's reign (c. 2670 BCE) tombs were constructed of mud fashioned into modest mounds known as mastabas. Imhotep conceived of a then-radical plan of not only building a mastaba out of stone but of stacking these structures on top of one another in steps to create an enormous, lasting, monument. His vision led to the creation of Djoser's Step Pyramid at Saqqara, still standing in the present day, the oldest pyramid in the world.

 

Still, the Step Pyramid was not a "true pyramid" and, in the period of the Old Kingdom (c. 2613-2181 BCE) the king Sneferu (r.c. 2613-2589 BCE) sought to improve on Imhotep's plans and create an even more impressive monument. His first attempt, the Collapsed Pyramid at Meidum, failed because he departed too widely from Imhotep's design. Sneferu learned from his mistake, however, and went to work on another - the Bent Pyramid - which also failed because of miscalculations in the angle from base to summit. Undeterred, Sneferu took what he learned from that experience and built the Red Pyramid, the first true pyramid constructed in Egypt.



Great Pyramid of Giza Artist impression

Building a pyramid required enormous resources and the maintenance of a wide array of all kinds of skilled and unskilled workers. The kings of the 4th Dynasty - often referred to as "the pyramid builders" - were able to command these resources because of the stability of the government and the wealth they were able to acquire through trade. A strong central government, and a surplus of wealth, were both vital to any efforts at pyramid building and these resources were passed from Sneferu, upon his death, to his son Khufu.

 

Khufu seems to have set to work on building his grand tomb shortly after coming to power. The rulers of the Old Kingdom governed from the city of Memphis and the nearby necropolis of Saqqara was already dominated by Djoser's pyramid complex while other sites such as Dashur had been used by Sneferu. An older necropolis, however, was also close by and this was Giza. Khufu's mother, Hetepheres I (l.c. 2566 BCE), was buried there and there were no other great monuments to compete for attention close by; so Khufu chose Giza as the site for his pyramid.

 

Construction of the Pyramid

Herodotus

History of dating Khufu and the Great Pyramid

Circa 450 BC Herodotus attributed the Great Pyramid to Cheops (Hellenization of Khufu), yet erroneously placed his reign following the Ramesside period. Manetho, around 200 years later, composed an extensive list of Egyptian kings, which he divided into dynasties, assigning Khufu to the 4th. However, after phonetic changes in the Egyptian language and consequently the Greek translation, "Cheops" had transformed into "Souphis" (and similar versions).[60]

 

Greaves, in 1646, reported the great difficulty of ascertaining a date for the pyramid's construction based on the lacking and conflicting historic sources. Because of the differences in spelling, he did not recognize Khufu on Manetho's king list (as transcribed by Africanus and Eusebius),[61][full citation needed] hence he relied on Herodotus' incorrect account. Summating the duration of lines of succession, Greaves concluded 1266 BC to be the beginning of Khufu's reign.[42]

 

Two centuries later, some of the gaps and uncertainties in Manetho's chronology had been cleared by discoveries such as the King Lists of Turin, Abydos, and Karnak. The names of Khufu found within the Great Pyramid's relieving chambers in 1837 helped to make clear that Cheops and Souphis are one and the same. Thus the Great Pyramid was recognized to have been built in the 4th dynasty.[44] The dating among Egyptologists still varied by multiple centuries (around 4000–2000 BC), depending on methodology, preconceived religious notions (such as the biblical deluge) and which source they thought was more credible.

 

Estimates significantly narrowed in the 20th century, most being within 250 years of each other, around the middle of the third millennium BC. The newly developed radiocarbon dating method confirmed that the historic chronology was approximately correct. It is still not a perfectly accurate method due to larger margins of error, calibration uncertainties and the problem of inbuilt age (time between growth and final usage) in plant material, including wood.[55] Astronomical alignments have also been suggested to coincide with the time of construction.[49][52]

 

Egyptian chronology continues to be refined and data from multiple disciplines have started to be factored in, such as luminescence dating, radiocarbon dating, and dendrochronology. For instance, Ramsey et al. included over 200 radiocarbon samples in their model.

Historiographical record

Classical antiquity

Herodotus

 

The Greek historian Herodotus was one of the first major authors to discuss the Great Pyramid.

The ancient Greek historian Herodotus, writing in the 5th century BC, is one of the first major authors to mention the pyramid. In the second book of his work The Histories, he discusses the history of Egypt and the Great Pyramid. This report was created more than 2000 years after the structure was built, meaning that Herodotus obtained his knowledge mainly from a variety of indirect sources, including officials and priests of low rank, local Egyptians, Greek immigrants, and Herodotus's own interpreters. Accordingly, his explanations present themselves as a mixture of comprehensible descriptions, personal descriptions, erroneous reports, and fantastical legends; as a result, many of the speculative errors and confusions about the monument can be traced back to Herodotus and his work.[62][63]

 

Herodotus writes that the Great Pyramid was built by Khufu (Hellenized as Cheops) who, he erroneously relays, ruled after the Ramesside Period (the 19th dynasty and the 20th dynasty).[64] Khufu was a tyrannical king, Herodotus claims, which may explain the Greek's view that such buildings can only come about through cruel exploitation of the people.[62] Herodotus states that gangs of 100,000 labourers worked on the building in three-month shifts, taking 20 years to build. In the first ten years a wide causeway was erected, which, according to Herodotus, was almost as impressive as the construction of the pyramids themselves. It measured nearly 1 kilometre (0.62 mi) long and 20 yards (18.3 m) wide, and elevated to a height of 16 yards (14.6 m), consisting of stone polished and carved with figures.[65]

 

Underground chambers were made on the hill where the pyramids stand. These were intended to be burial places for Khufu himself and were supplied with water by a channel brought in from the Nile.[65] Herodotus later states that at the Pyramid of Khafre (beside the Great Pyramid) the Nile flows through a built passage to an island in which Khufu is buried.[66] Hawass interprets this to be a reference to the "Osiris Shaft", which is located at the causeway of Khafre, south of the Great Pyramid.[67][68]

 

Herodotus described an inscription on the outside of the pyramid, which, according to his translators, indicated the amount of radishes, garlic and onions that the workers would have eaten while working on the pyramid.[69] This could be a note of restoration work that Khaemweset, son of Rameses II, had carried out. Apparently, Herodotus' companions and interpreters could not read the hieroglyphs or deliberately gave him false information.[70]

 


Diodorus Siculus

Between 60 and 56 BC, the ancient Greek historian Diodorus Siculus visited Egypt and later dedicated the first book of his Bibliotheca historica to the land, its history, and its monuments, including the Great Pyramid. Diodorus's work was inspired by historians of the past, but he also distanced himself from Herodotus, who Diodorus claims tells marvellous tales and myths.[71] Diodorus presumably drew his knowledge from the lost work of Hecataeus of Abdera,[72] and like Herodotus, he also places the builder of the pyramid, "Chemmis",[73] after Ramses III.[64] According to his report, neither Chemmis (Khufu) nor Cephren (Khafre) were buried in their pyramids, but rather in secret places, for fear that the people ostensibly forced to build the structures would seek out the bodies for revenge.[74] With this assertion, Diodorus strengthened the connection between pyramid building and slavery.[75]

 

According to Diodorus, the cladding of the pyramid was still in excellent condition at the time, whereas the uppermost part of the pyramid was formed by a platform 6 cubits (3.1 m; 10.3 ft) high. About the construction of the pyramid he notes that it was built with the help of ramps since no lifting tools had yet been invented. Nothing was left of the ramps, as they were removed after the pyramids were completed. He estimated the number of workers necessary to erect the Great Pyramid at 360,000 and the construction time at 20 years.[73] Similar to Herodotus, Diodorus also claims that the side of the pyramid is inscribed with writing that "[set] forth [the price of] vegetables and purgatives for the workmen there were paid out over sixteen hundred talents."[74]


 

Strabo

The Greek geographer, philosopher, and historian Strabo visited Egypt around 25 BC, shortly after Egypt was annexed by the Romans. In his work Geographica, he argues that the pyramids were the burial place of kings, but he does not mention which king was buried in the structure. Strabo also mentions: "At a moderate height in one of the sides is a stone, which may be taken out; when that is removed, there is an oblique passage to the tomb."[76] This statement has generated much speculation, as it suggests that the pyramid could be entered at this time.[77]

 


  Pliny the Elder

 

During the Roman Empire, Pliny the Elder argues that "bridges" were used to transport stones to the top of the Great Pyramid.

The Roman writer Pliny the Elder, writing in the first century AD, argued that the Great Pyramid had been raised, either "to prevent the lower classes from remaining unoccupied", or as a measure to prevent the pharaoh's riches from falling into the hands of his rivals or successors.[78] Pliny does not speculate as to the pharaoh in question, explicitly noting that "accident [has] consigned to oblivion the names of those who erected such stupendous memorials of their vanity".

 

In pondering how the stones could be transported to such a vast height he gives two explanations: That either vast mounds of nitre and salt were heaped up against the pyramid, which were then melted away with water redirected from the river. Or, that "bridges" were constructed, their bricks afterwards distributed for erecting houses, arguing that the level of the river is too low for canals to bring water up to the pyramid. Pliny also recounts how "in the interior of the largest Pyramid there is a well, eighty-six cubits [45.1 m; 147.8 ft] deep, which communicates with the river, it is thought". He also describes a method discovered by Thales of Miletus for ascertaining the pyramid's height by measuring its shadow.





Great Pyramid Reconstructed

The vizier was the final architect of any building project and had to delegate responsibility for materials, transport, labor, payments and any other aspect of the work. Written receipts, letters, diary entries, official reports to and from the palace all make clear that a great building project was accomplished at Giza under Khufu's reign but not one of these pieces of evidence suggest exactly how the pyramid was created. The technological skill evident in the creation of the Great Pyramid still mystifies scholars, and others, in the present day. Egyptologists Bob Brier and Hoyt Hobbs comment on this:

Because of their immense size, building pyramids posed special problems of both organization and engineering. Constructing the Great Pyramid of the pharaoh Khufu, for example, required that more than two million blocks weighing from two to more than sixty tons be formed into a structure covering two football fields and rising in a perfect pyramidal shape 480 feet into the sky. Its construction involved vast numbers of workers which, in turn, presented complex logistical problems concerning food, shelter, and organization. Millions of heavy stone blocks needed not only to be quarried and raised to great heights but also set together with precision in order to create the desired shape. (217)



The Pyramids, Giza, Egipt

It is precisely the skill and technology required to "create the desired shape" which presents the problem to anyone trying to understand how the Great Pyramid was built. Modern-day theories continue to fall back on the concept of ramps which were raised around the foundation of the pyramid and grew higher as the structure grew taller. The ramp theory, still debated, maintains that, once the foundation was firm, these ramps could have easily been raised around the structure as it was built and provided the means for hauling and positioning tons of stones in precise order.

 

Aside from the problems of a lack of wood in Egypt to make an abundance of such ramps, the angles workers would have had to move the stones up, and the impossibility of moving heavy stone bricks and granite slabs into position without a crane (which the Egyptians did not have), the most serious problem comes down to the total impracticability of the ramp theory. Brier and Hobbs explain:

 

The problem is one of physics. The steeper the angle of an incline, the more effort necessary to move an object up that incline. So, in order for a relatively small number of men, say ten or so, to drag a two-ton load up a ramp, its angle could not be more than about eight percent. Geometry tells us that to reach a height of 480 feet, an inclined plane rising at eight percent would have to start almost one mile from its finish. It has been calculated that building a mile-long ramp that rose as high as the Great Pyramid would require as much material as that needed for the pyramid itself - workers would have had to build the equivilent of two pyramids in the twenty-year time frame. (221)

 

The French architect Jean-Pierre Houdin who claims ramps were used inside of the pyramid proposed a variation on the ramp theory. Houdini believes that ramps may have been used externally in the initial stages of construction but, as the pyramid grew taller, work was done internally. The quarried stones were brought in through the entrance and moved up the ramps to their position. This, Houdini claims, would account for the shafts one finds inside the pyramid. This theory, however, does not account for the weight of the stones or the number of workers on the ramp required moving them up an angle inside the pyramid and into position.



Entrance Passage Great Pyramid of Giza

The ramp theory in either of these forms fails to explain how the pyramid was built while a much more satisfactory possibility rests right below the monument: the high water table of the Giza plateau. Engineer Robert Carson, in his work The Great Pyramid: The Inside Story, suggests that the pyramid was built using water power. Carson also suggests the use of ramps but in a much more cogent fashion: the interior ramps were supplemented by hydraulic power from below and hoists from above.

 

Although the Egyptians had no knowledge of a crane as one would understand that mechanism in the present day, they did have the shaduf, a long pole with a bucket and rope at one end and counter-weight at the other, typically used for drawing water from a well. Hydraulic power from below, coupled with hoists from above could have moved the stones throughout the interior of the pyramid and this would also account for the shafts and spaces one finds in the monument which other theories have failed to fully account for.

 

It is abundantly clear that the water table at Giza is still quite high in the present day and was higher in the past. Egyptologist Zahi Hawass, writing on his excavation of the Osiris Shaft near the Great Pyramid in 1999, notes how "the excavation proved to be very challenging mainly due to the dangerous nature of the work caused by the high water table" (381). In the same article, Hawass notes how, in 1945, guides at Giza were regularly swimming in the waters of this underground shaft and that "the rising water table in the shaft prevented scholars from studying it further" (379).

 

Further, earlier attempts to excavate the Osiris Shaft - by Selim Hassan in the 1930's - and observations (though no excavation) of the shaft by Abdel Moneim Abu Bakr in the 1940's - also make note of this same high water table. Geological surveys have determined that the Giza plateau and surrounding region was much more fertile in the time of the Old Kingdom than it is today and that the water table would have been higher.

 

Considering this, Carson's theory of water power used in building the pyramid makes the most sense. Carson claims the monument "could only be constructed by means of hydraulic power; that a hydraulic transportation system was set up inside the Great Pyramid" (5). Harnessing the power of the high water table, the ancient builders could have constructed the pyramid much more reasonably than by some form of exterior ramping system.




Interior Passage, Great Pyramid of Giza

John &Edgar Norton Public Domain

The ramp theory in either of these forms fails to explain how the pyramid was built while a much more satisfactory possibility rests right below the monument: the high water table of the Giza plateau. Engineer Robert Carson, in his work The Great Pyramid: The Inside Story, suggests that the pyramid was built using water power. Carson also suggests the use of ramps but in a much more cogent fashion: the interior ramps were supplemented by hydraulic power from below and hoists from above.

 

Although the Egyptians had no knowledge of a crane as one would understand that mechanism in the present day, they did have the shaduf, a long pole with a bucket and rope at one end and counter-weight at the other, typically used for drawing water from a well. Hydraulic power from below, coupled with hoists from above could have moved the stones throughout the interior of the pyramid and this would also account for the shafts and spaces one finds in the monument which other theories have failed to fully account for.

 

It is abundantly clear that the water table at Giza is still quite high in the present day and was higher in the past. Egyptologist Zahi Hawass, writing on his excavation of the Osiris Shaft near the Great Pyramid in 1999, notes how "the excavation proved to be very challenging mainly due to the dangerous nature of the work caused by the high water table" (381). In the same article, Hawass notes how, in 1945, guides at Giza were regularly swimming in the waters of this underground shaft and that "the rising water table in the shaft prevented scholars from studying it further" (379).

 

Further, earlier attempts to excavate the Osiris Shaft - by Selim Hassan in the 1930's - and observations (though no excavation) of the shaft by Abdel Moneim Abu Bakr in the 1940's - also make note of this same high water table. Geological surveys have determined that the Giza plateau and surrounding region was much more fertile in the time of the Old Kingdom than it is today and that the water table would have been higher.

 

Considering this, Carson's theory of water power used in building the pyramid makes the most sense. Carson claims the monument "could only be constructed by means of hydraulic power; that a hydraulic transportation system was set up inside the Great Pyramid" (5). Harnessing the power of the high water table, the ancient builders could have constructed the pyramid much more reasonably than by some form of exterior ramping system.

 Once the interior was completed, the whole of the pyramid was covered in white limestone which would have shone brilliantly and been visible from every direction for miles around the site. As impressive as the Great Pyramid is today, one must recognize that it is a monument in ruin as the limestone long ago fell away and was utilized as building material for the city of Cairo (just as the nearby city of ancient Memphis was).

 

When it was completed, the Great Pyramid must have appeared as the most striking creation the Egyptians had ever seen. Even today, in its greatly weathered state, the Great Pyramid inspires awe. The sheer size and scope of the project is literally amazing. Historian Marc van de Mieroop writes:

 

The size boggles the mind: it was 146 meters high (479 feet) by 230 meters at the base (754 feet). We estimate that it contained 2,300,000 blocks of stone with an average weight of 2 and 3/4 tons some weighing up to 16 tons. Khufu ruled 23 years according to the Turin Royal Canon, which would mean that throughout his reign annually 100,000 blocks - daily about 285 blocks or one every two minutes of daylight - had to be quarried, transported, dressed, and put in place...The construction was almost faultless in design. The sides were oriented exactly toward the cardinal points and were at precise 90-degree angles. (58)

 

The workers who accomplished this were skilled and unskilled laborers hired by the state for the project. These workers either volunteered their efforts to pay off a debt, for community service, or were compensated for their time. Although slavery was an institution practiced in ancient Egypt, no slaves, Hebrew or otherwise, were used in creating the monument. Brier and Hobbs explain the logistics of the operation:

 

Were it not for the two months every year when the Nile's water covered Egypt's farmland, idling virtually the entire workforce, none of this construction would have been possible. During such times, a pharaoh offered food for work and the promise of a favored treatment in the afterworld where he would rule just as he did in this world. For two months annually, workmen gathered by the tens of thousands from all over the country to transport the blocks a permanent crew had quarried during the rest of the year. Overseers organized the men into teams to transport the stones on sleds, devices better suited than wheeled vehicles to moving weighty objects over shifting sand. A causeway, lubricated by water, smoothed the uphill pull. No mortar was used to hold the blocks in place, only a fit so exact that these towering structures have survived for 4,000 years. (17-18)

The Pyramides



Oising Mulvihill CC By

The yearly inundation of the Nile River was essential for the livelihood of the Egyptians in that it deposited rich soil from the riverbed all across the farmlands of the shore; it also, however, made farming those lands an impossibility during the time of the flood. During these periods, the government provided work for the farmers through labor on their great monuments. These were the people who did the actual, physical, work in moving the stones, raising the obelisks, building the temples, creating the pyramids which continue to fascinate and inspire people in the present day.

It is a disservice to their efforts and their memory, not to mention the grand culture of the Egyptians, to continue to insist that these structures were created by poorly treated slaves who were forced into their condition because of ethnicity. The biblical Book of Exodus is a cultural myth purposefully created to distinguish one group of people living in the land of Canaan from others and should not be regarded as history.

The Great Pyramid as Tomb


Granite blok seal chamber's Queen



Chamber's King





Reine niche





Ilustration descripcion of Egypt


All of this effort went to creating a grand tomb for the king who, as mediator between the gods and the people, was thought to be deserving of the finest of tombs. Theories regarding the original purpose of the Great Pyramid range from the fanciful to the absurd, and may be investigated elsewhere, but the culture which produced the monument would have regarded it as a tomb, an eternal home for the king.

 

Tombs which have been excavated throughout Egypt, from the most modest to the rich example of Tutankhamun's - along with other physical evidence - make clear the ancient Egyptian belief in a life after death and the concern for the soul's welfare in this new world. Grave goods were always placed in the tomb of the deceased as well as, in wealthier tombs, inscriptions and paintings on the walls (known as the Pyramid Texts, in some cases). The Great Pyramid is simply the grandest form of one of these tombs.

 

Arguments against the Great Pyramid as a tomb cite the fact that no mummies or grave goods have ever been found inside. This argument willfully ignores the plentiful evidence of grave robbing from ancient times to the present. Egyptologists from the 19th century onwards have recognized that the Great Pyramid was looted in antiquity and, most likely, during the time of the New Kingdom (c. 1570-1069 BCE) when the Giza necropolis was replaced by the area now known as The Valley of the Kings near Thebes.

 

This is not to suggest that Giza was forgotten, there is ample evidence of New Kingdom pharaohs such as Ramesses the Great (r. 1279-1213 BCE) taking great interest in the site. Rameses II had a small temple built at Giza in front of the Sphinx as a token of honor and it was Rameses II's fourth son, Khaemweset, who devoted himself to preserving the site. Khaemweset never ruled Egypt but was a crown prince whose efforts to restore the monuments of the past are well documented. He is, in fact, considered the world's "first Egyptologist" for his work in restoration, preservation, and recording of ancient monuments and especially for his work at Giza. This complex of underground chambers was most likely dug, as Hawass contends, in honor of the god Osiris and may or may not have been where the king Khufu was originally laid to rest. Herodotus mentions the Osiris Shaft (though not by that name, which was only given to it recently by Hawass) in writing of Khufu's burial chamber which was said to be surrounded by water.

 

Excavations of the shaft and the chambers have recovered artifacts dating from the Old Kingdom through the Third Intermediate Period but no tunnels branching out beneath the plateau. Osiris, as lord of the dead, would certainly have been honored at Giza and underground chambers recognizing him as ruler in the afterlife were not uncommon throughout Egypt's history.

 

Although the Great Pyramid of Giza, and the other smaller pyramids, temples, monuments, and tombs there, continued to be respected throughout Egypt's history, the site fell into decline after the Roman occupation and then annexation of the country in 30 BCE. The Romans concentrated their energies on the city of Alexandria and the abundant crops the country offered, making Egypt into Rome's "bread basket", as the phrase goes.

 

The site was more or less neglected until Napoleon's Egyptian Campaign of 1798-1801 during which he brought along his team of scholars and scientists to document ancient Egyptian culture and monuments. Napoleon's work in Egypt attracted others to the country who then inspired still others to visit, make their own observations, and conduct their own excavations.

The Seven  Wonders of the Ancient World

Throughout the 19th century, ancient Egypt became increasingly the object of interest for people around the world. Professional and amateur archaeologists descended upon the country seeking to exploit or explore the ancient culture for their own ends or in the interests of science and knowledge. The Great Pyramid was first fully excavated professionally by the British archaeologist Sir William Matthew Flinders Petrie whose work on the monument lay the foundation for any others who followed up to the present day.

 

Flinders Petrie was obviously interested in exploring every nuance of the Great Pyramid but not at the expense of the monument itself. His excavations were performed with great care in an effort to preserve the historical authenticity of the work he was examining. Although this may seem a common sense approach in the modern day, many European explorers before Flinders Petrie, archaeologists professional and amateur, brushed aside any concerns of preservation in pursuing their goal of unearthing ancient treasure troves and bringing antiquities back to their patrons. Flinders Petrie established the protocol regarding ancient monuments in Egypt which is still adhered to in the present day. His vision inspired those who came after him and it is largely due to his efforts that people today can still admire and appreciate the monument known as the Great Pyramid of Giza


A restored Khufu ship was once displayed at the Giza Solar boat museum and is now relocated to the Grand Egyptian Museum.

Rediscovery

 


Portrait of Cyriacus of Ancona, fresco by Benozzo Gozzoli, 1459

During the period of Humanism, a new interest in the ancient world arose, which was rediscovered mainly through the study of the texts of classical authors; Cyriacus of Ancona, the founding father of modern classical archaeology,[97] distinguished himself from other humanists because he combined the study of ancient texts with the search for material evidence, such as statues, epigraphs and monuments, reporting information about them in his travel diaries (the Commentarii) and in his letters. For this reason, in 1435, he went to Egypt and reached the Giza plateau after sailing on the Nile; Comparing what he saw with his reading of the second book of the "Histories" by Herodotus, he rediscovered the true nature of the Great Pyramid and correcting centuries of misunderstandings.

 

Cyriacus of Ancona thus definitively refuted the false identification of the Great Pyramid with one of the Joseph's Granaries and left several drawings of the monument and an account, reported in his Commentarii. Thanks to his numerous travels in Greece and Asia Minor, he was also able to testify that the pyramids of Giza were the only one of the Seven Wonders of the World to have survived the centuries. Through the writings of Ciriaco, this news spread first in Italian humanist circles and then among European scholars.


Bibliography

About the Author

Joshua J. Mark

Joshua J. Mark

Joshua J. Mark is World History Encyclopedia's co-founder and Content Director. He was previously a professor at Marist College (NY) where he taught history, philosophy, literature, and writing. He has traveled extensively and lived in Greece and Germany.

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Questions & Answers

Who was the Great Pyramid built for?

The Great Pyramid of Giza was built as a tomb for the king Khufu, second king of the 4th dynasty of Egypt.

Why was the Great Pyramid built?

Scholars and historians generally agree the Great Pyramid of Giza was built as a tomb.

How was the Great Pyramid of Giza built?

This question is still debated by scholars but it may have been built using hydraulics which drew on the high water table of the Giza plateau.

Who was the first modern-day archaeologist to excavate the Great Pyramid?

The first modern-day excavation of the Great Pyramid was conducted by Sir William Matthew Flinders Petrie in 1880.

Editor note: There are images from another sources.

With affection,

Ruben